CN113988824B

CN113988824B - Data processing method, system, server, user side, electronic device and medium

Info

Publication number: CN113988824B
Application number: CN202111594287.1A
Authority: CN
Inventors: 张兵
Original assignee: Jiangsu Tianhe Smart Distributed Energy Co ltd; Trina Solar Co Ltd
Current assignee: Tianhe Fujia Energy Co ltd; Trina Solar Co Ltd
Priority date: 2021-12-24
Filing date: 2021-12-24
Publication date: 2022-04-19
Anticipated expiration: 2041-12-24
Also published as: WO2023116682A1; CN113988824A; CN114841666B; CN114841666A

Abstract

Embodiments of the present invention disclose a data processing method, system, server, client, electronic device and medium. The method includes: in the exploration link, interacting between the second user terminal and the first server, the exploration request, the exploration response, the component arrangement request, the component arrangement response and the component arrangement confirmation response; in the installation request link, in the first server. An installation response of an interactive installation request between the client and the first server; and, in the construction acceptance link, interactive construction request and construction response between the first server and the second client; in the activation request link, in the first An activation request and an activation response are exchanged between the first server and the second server; in the power station ownership review request link, the power station ownership review request and the power station ownership review response are exchanged between the first server and the third server. By implementing the technical solutions of the embodiments of the present invention, problems such as the inability to trace the current transaction process, the management confusion, and the inability to accurately verify the exploration process are solved.

Description

Data processing method, system, server, user side, electronic device and medium

Technical Field

The embodiment of the invention relates to a data processing technology, in particular to a data processing method, a data processing system, a server, a user side, electronic equipment and a medium suitable for operation management of a photovoltaic power station.

Background

At present, the mainstream photovoltaic power station application and installation mode in the market is mainly based on manual online operation, the time from the photovoltaic power generation installation to the photovoltaic power generation installation of a client is different from one week to several months, and the problems that the transaction process cannot be traced, the authenticity of a transaction order cannot be determined, the management is disordered, the exploration process cannot be accurately verified and the like exist.

In the course of the inventors' implementation of the embodiments of the present invention, it was found that the means for solving the above technical problems is lacking in the related art.

Disclosure of Invention

The embodiment of the invention provides a data processing method, a data processing system, a server, a user side, electronic equipment and a medium, which can realize the effects of traceability of a transaction process, optimization of a management process, accurate verification of an exploration process and the like.

In a first aspect, an embodiment of the present invention provides a data processing method, including:

a second user end sends a exploration request to a first server, wherein the exploration request contains identification information of the second user end;

The first server sends an exploration response to the second user terminal, wherein the exploration response comprises exploration order information and exploration order identification information, the exploration order information is used for indicating exploration information to be acquired, the exploration order identification information is used for identifying an exploration order, and the exploration order identification information are generated by the first server based on the identification information of the second user terminal;

the second user side sends an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information;

the first server sending a component placement response to the second client, wherein the component placement response contains a component placement plan determined by the first server based on the survey information;

The second client sends a component arrangement confirmation response to the first server, wherein the component arrangement confirmation response comprises component arrangement confirmation information;

and the first server determines the examination result of the exploration list according to the address information, the terminal position information and the position information attached to the installation environment image information.

Optionally, after the first server obtains the component arrangement confirmation response sent by the second client, the method further includes:

the first server generates a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme;

and the first server updates the exploration bill according to the component engineering implementation arrangement scheme, the exploration information and the terminal position information.

Optionally, the sending, by the second client, a component placement confirmation response to the first server includes:

the second client sends a component arrangement scheme modification request to the first server, wherein the component arrangement scheme modification request comprises scheme modification information;

the first server sends a component arrangement scheme modification response to the second client, wherein the component arrangement scheme modification response comprises a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme;

The second client sends a component arrangement confirmation response to the first server, wherein the component arrangement confirmation response comprises component arrangement modification confirmation information;

the first server generates the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

Optionally, when the survey form audit result is inconsistent in position, the method further includes:

the first server sends a survey form modification request to a second client, wherein the survey form modification request contains survey information to be modified;

the second client sends a survey order modification response to the first server, wherein the survey order modification response contains modified survey information.

Optionally, the method further comprises:

the method comprises the steps that a first user side sends an installation request to a first server, wherein the installation request comprises user information used for determining whether a user meets preset installation conditions, and the user information comprises user identity identification information and ownership certification information of a target exploration object;

the first server sends an installation response to the first user side, wherein the installation response comprises an installation request auditing result, and the installation request auditing result is determined by the first server based on the user information.

Optionally, the sending, by the first client, an installation request to the first server, and sending, by the first server, an installation response to the first client includes:

the first user terminal sends a registration request to the first server, wherein the registration request contains first user information;

the first server sends a registration response to the first user side, wherein the registration response contains a first information auditing result, and the first information auditing result is determined by the first server based on the first user information;

the first server sends a user authentication request to the first user terminal, wherein the user authentication request contains at least one piece of exploration list identification information, and the at least one piece of exploration list identification information is obtained by the first server based on the first user information;

the first user end sends a user verification response to the first server, wherein the user verification response contains second user information, and the second user information comprises target exploration single identity identification information and ownership certification information of a target exploration object;

and the first server sends a verification notice to the first user side, wherein the verification notice contains an installation request auditing result, and the installation request auditing result is determined by the first server based on the second user information.

the first server sends a verification notification to the first user side, wherein the verification notification includes an installation request auditing result, the installation request auditing result is determined by the first server based on the first user information and the second user information, or the first server is determined by the first server based on the first user information, a first information auditing result and the second user information, and the first information auditing result is determined by the first server based on the first user information.

Optionally, before the first server sends the verification notification to the first client, the method further includes:

the first server sends a verification request to the second user terminal, wherein the verification request contains second user information;

the second user side sends a verification response to the first server, wherein the verification response comprises a third information verification result, and the third information verification result is determined by the second user side based on the second user information;

the verification notification sent by the first server to the first user carries an installation request auditing result, the installation request auditing result is determined by the first server based on a second information auditing result and the third information auditing result, and the second information auditing result is determined by the first server based on the second user information, or determined by the first server based on the second user information and the third information auditing result.

Optionally, after the first server sends the verification notification to the first client, the method further includes:

the first server sends an installation information confirmation request to the first user side, wherein the installation information confirmation request comprises estimated power generation amount;

The first user terminal sends an installation information confirmation response to the first server, wherein the installation information confirmation response comprises installation confirmation information;

and the first server sends an installation confirmation information confirmation response to the first user side, wherein the installation confirmation information confirmation response is used for confirming the installation confirmation information.

Optionally, the method further comprises:

when the installation request auditing result indicates that the user meets the preset installation condition, the first server sends a construction request to the second user side, wherein the construction request comprises order information and a component engineering implementation arrangement scheme, and the order information comprises an order notice;

the second user side sends a construction response to the first server, wherein the construction response comprises construction image information, and the construction image information comprises image information and additional position information;

and the first server determines project acceptance result information according to the position information attached to the construction image information, the address information and the terminal position information.

Optionally, when the location of the engineering acceptance result information is inconsistent, the method further includes:

The first server sends a position information modification request to the second user terminal, wherein the position information modification request is used for indicating position inconsistency;

and the second user side sends a position information modification response to the first server, wherein the position information modification response comprises modified construction image information.

Optionally, the method further comprises:

the first server sends an activation request to a second server, wherein the activation request contains activation information, and the activation information is used for activating a power generation account corresponding to the photovoltaic power station;

the first server acquires an activation response sent by the second server, wherein the activation response contains activation confirmation information.

Optionally, the method further comprises:

the first server sends a power station right auditing request to a third server, wherein the power station right auditing request contains power station right auditing information;

and the first server acquires a power station ownership verification response sent by the third server, wherein the power station ownership verification response comprises a power station ownership verification result.

In a second aspect, an embodiment of the present invention further provides a data processing method, executed by a first server, including:

Acquiring an exploration request sent by a second user end, wherein the exploration request comprises identification information of the second user end;

sending an exploration response to the second user end, wherein the exploration response comprises exploration list information and exploration list identification information, the exploration list information is used for indicating exploration information to be acquired, the exploration list identification information is used for identifying an exploration list, and the exploration list identification information are generated by the first server based on the identification information of the second user end;

acquiring a component arrangement request sent by the second user side, wherein the component arrangement request comprises terminal position information added with the exploration single identity identification information and exploration information added with the exploration single identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the additional position information, and the attribute information comprises address information;

sending a component placement response to the second client, wherein the component placement response comprises a component placement plan determined by the first server based on the survey information;

Acquiring a component arrangement confirmation response sent by the second user side, wherein the component arrangement confirmation response comprises component arrangement confirmation information;

and determining an exploration bill auditing result of the exploration bill according to the address information, the terminal position information and the position information attached to the installation environment image information.

Optionally, after obtaining the component arrangement confirmation response sent by the second user end, the method further includes:

generating a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme;

and updating the exploration list according to the component engineering implementation arrangement scheme, the exploration information and the terminal position information.

Optionally, the obtaining of the component arrangement confirmation response sent by the second user end includes:

acquiring a component arrangement scheme modification request sent by the second user side, wherein the component arrangement scheme modification request comprises scheme modification information;

sending a component arrangement scheme modification response to the second client, wherein the component arrangement scheme modification response comprises a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme;

Acquiring a component arrangement confirmation response sent by the second user side, wherein the component arrangement confirmation response comprises component arrangement modification confirmation information;

and generating the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

sending an exploration list modification request to the second user terminal, wherein the exploration list modification request contains exploration information to be modified;

and acquiring a survey order modification response sent by the second user terminal, wherein the survey order modification response contains modified survey information.

Optionally, the method further comprises:

acquiring an installation request sent by a first user side, wherein the installation request comprises user information used for determining whether a user meets a preset installation condition, and the user information comprises user identity identification information and ownership certification information of a target exploration object;

sending an installation response to the first user terminal, wherein the installation response contains an installation request auditing result, and the installation request auditing result is determined by the first server based on the user information.

Optionally, the obtaining an installation request sent by a first user end, and sending an installation response to the first user end includes:

acquiring a registration request sent by the first user side, wherein the registration request comprises first user information;

sending a registration response to the first user, wherein the registration response contains a first information auditing result, and the first information auditing result is determined by the first server based on the first user information;

sending a user authentication request to the first user terminal, wherein the user authentication request contains at least one piece of exploration list identification information, and the at least one piece of exploration list identification information is obtained by the first server based on the first user information;

acquiring a user verification response sent by the first user side, wherein the user verification response comprises second user information, and the second user information comprises target exploration single identity identification information and ownership certification information of a target exploration object;

sending a verification notification to the first user side, wherein the verification notification comprises an installation request auditing result, and the installation request auditing result is determined by the first server based on the second user information.

and sending a verification notification to the first user side, wherein the verification notification includes an installation request auditing result, the installation request auditing result is determined by the first server based on the first user information and the second user information, or the first server is determined by the first server based on the first user information, a first information auditing result and the second user information, and the first information auditing result is determined by the first server based on the first user information.

Optionally, before sending the verification notification to the first user end, the method further includes:

sending a verification request to the second user terminal, wherein the verification request comprises second user information;

acquiring a verification response sent by a second user side, wherein the verification response comprises a third information verification result, and the third information verification result is determined by the second user side based on the second user information;

the verification notification sent to the first user carries an installation request auditing result, the installation request auditing result is determined by the first server based on a second information auditing result and the third information auditing result, and the second information auditing result is determined by the first server based on the second user information, or determined by the first server based on the second user information and the third information auditing result.

Optionally, after sending the verification notification to the first user end, the method further includes:

sending an installation information confirmation request to the first user terminal, wherein the installation information confirmation request comprises estimated power generation amount;

acquiring an installation information confirmation response sent by the first user end, wherein the installation information confirmation response comprises installation confirmation information;

And sending an installation confirmation information confirmation response to the first user terminal, wherein the installation confirmation information confirmation response is used for confirming the installation confirmation information.

Optionally, the method further comprises:

when the installation request auditing result indicates that the user meets the preset installation condition, sending a construction request to the second user side, wherein the construction request comprises order information and a component engineering implementation arrangement scheme, and the order information comprises an order notice;

acquiring a construction response sent by a second user side, wherein the construction response comprises construction image information which comprises image information and additional position information;

and determining project acceptance result information according to the position information, the address information and the terminal position information attached to the construction image information.

sending a location information modification request to the second user terminal, wherein the location information modification request is used for indicating that the locations are inconsistent;

and acquiring a position information modification response sent by the second user side, wherein the position information modification response comprises modified construction image information.

Optionally, the method further comprises:

sending an activation request to a second server, wherein the activation request comprises activation information, and the activation information is used for activating a power generation account corresponding to the photovoltaic power station;

and acquiring an activation response sent by the second server, wherein the activation response comprises activation confirmation information.

Optionally, the method further comprises:

sending a power station right auditing request to a third server, wherein the power station right auditing request comprises power station right auditing information;

and acquiring a power station ownership verification response sent by the third server, wherein the power station ownership verification response comprises a power station ownership verification result.

In a third aspect, an embodiment of the present invention further provides a data processing method, which is executed by a second user end, and includes:

sending a survey request to a first server, wherein the survey request contains identification information of a second user end;

acquiring an exploration response sent by the first server, wherein the exploration response comprises exploration list information and exploration list identification information, the exploration list information is used for indicating exploration information to be acquired, the exploration list identification information is used for identifying an exploration list, and the exploration list identification information are generated by the first server based on the identification information of the second user side;

Sending an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single identity identification information and exploration information attached with the exploration single identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information attached with the position information, and the attribute information comprises address information;

obtaining a component arrangement response sent by the first server, wherein the component arrangement response comprises a component arrangement scheme determined by the first server based on the exploration information;

and sending a component arrangement confirmation response to the first server, wherein the component arrangement confirmation response comprises component arrangement confirmation information.

Optionally, the sending a component placement acknowledgement response to the first server includes:

sending a component arrangement scheme modification request to the first server, wherein the component arrangement scheme modification request contains scheme modification information;

acquiring a component arrangement scheme modification response sent by the first server, wherein the component arrangement scheme modification response comprises a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme;

And sending a component arrangement confirmation response to the first server, wherein the component arrangement confirmation response comprises component arrangement modification confirmation information.

Optionally, after sending the component placement confirmation response to the first server, the method further includes:

acquiring a verification request sent by the first server, wherein the verification request contains second user information;

and sending a verification response to the first server, wherein the verification response contains a third information verification result, and the third information verification result is determined by the second user terminal based on the second user information.

Optionally, after sending the verification response to the first server, the method further includes:

acquiring a construction request sent by the first server, wherein the construction request comprises order information and a component engineering implementation arrangement scheme, and the order information comprises an order notice;

and sending a construction response to the first server, wherein the construction response comprises construction image information, and the construction image information comprises image information and additional position information.

Acquiring a position information modification request sent by the first server, wherein the position information modification request is used for indicating position inconsistency;

and sending a position information modification response to the first server, wherein the position information modification response contains modified construction image information.

In a fourth aspect, an embodiment of the present invention further provides a data processing method, executed by a first user end, including:

sending an installation request to a first server, wherein the installation request comprises user information used for determining whether a user meets a preset installation condition, and the user information comprises user identification information and ownership certification information of a target exploration object;

obtaining an installation response sent by the first server, wherein the installation response contains an installation request auditing result, and the installation request auditing result is determined by the first server based on the user information.

Optionally, sending an installation request to the first server, and obtaining an installation response sent by the first server includes:

sending a registration request to the first server, wherein the registration request contains first user information;

acquiring a registration response sent by the first server, wherein the registration response contains a first information auditing result, and the first information auditing result is determined by the first server based on the first user information;

Acquiring a user authentication request sent by the first server, wherein the user authentication request contains at least one piece of exploration list identification information, and the at least one piece of exploration list identification information is acquired by the first server based on the first user information;

sending a user verification response to the first server, wherein the user verification response contains second user information, and the second user information comprises target exploration single identity identification information and ownership certification information of a target exploration object;

and acquiring a verification notification sent by the first server, wherein the verification notification comprises an installation request auditing result.

Optionally, sending an installation request to a first server, and obtaining an installation response sent by the first server includes:

Optionally, after obtaining the verification notification sent by the first server, the method further includes:

acquiring an installation information confirmation request sent by the first server, wherein the installation information confirmation request comprises estimated power generation amount;

sending an installation information confirmation response to the first server, wherein the installation information confirmation response comprises installation confirmation information;

and acquiring an installation confirmation information confirmation response sent by the first server, wherein the installation confirmation information confirmation response is used for confirming the installation confirmation information.

In a fifth aspect, an embodiment of the present invention further provides a data processing system, including: the system comprises a first server and a second client;

the second client is used for sending a survey request to the first server, wherein the survey request contains identification information of the second client;

The first server is used for sending an exploration response to the second user terminal, wherein the exploration response comprises exploration order information and exploration order identification information, the exploration order information is used for indicating exploration information needing to be obtained, the exploration order identification information is used for identifying an exploration order, and the exploration order identification information are generated by the first server based on the identification information of the second user terminal;

the second user side is used for sending an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information;

the first server is used for sending a component arrangement response to the second client, wherein the component arrangement response comprises a component arrangement scheme, and the component arrangement scheme is determined by the first server based on the exploration information;

The second client is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement confirmation information;

and the first server is used for determining the survey form auditing result of the survey form according to the address information, the terminal position information and the position information attached by the installation environment image information.

Optionally, the first server is configured to generate a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme after obtaining a component arrangement confirmation response sent by the second user;

the first server is used for updating the exploration bill according to the component engineering implementation arrangement scheme, the exploration information and the terminal position information.

Optionally, the second client is configured to send a component arrangement scheme modification request to the first server, where the component arrangement scheme modification request includes scheme modification information;

the first server is configured to send a component arrangement scheme modification response to the second client, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme;

The second client is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement modification confirmation information;

the first server is used for generating the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

Optionally, the first server is configured to send a survey form modification request to the second user side when the survey form audit result is inconsistent in location, where the survey form modification request includes survey information to be modified;

the second client is used for sending a survey order modification response to the first server, wherein the survey order modification response contains modified survey information.

Optionally, the data processing system further comprises: a first user terminal;

the first user side is used for sending an installation request to the first server, wherein the installation request comprises user information used for determining whether a user meets preset installation conditions, and the user information comprises user identity identification information and ownership certification information of a target exploration object;

The first server is configured to send an installation response to the first user, where the installation response includes an installation request audit result, and the installation request audit result is determined by the first server based on the user information.

Optionally, the first client is configured to send a registration request to the first server, where the registration request includes first user information;

the first server is configured to send a registration response to the first user, where the registration response includes a first information audit result, and the first information audit result is determined by the first server based on the first user information;

the first server is used for sending a user authentication request to the first user terminal, wherein the user authentication request contains at least one piece of exploration list identification information, and the at least one piece of exploration list identification information is obtained by the first server based on the first user information;

the first user end is used for sending a user verification response to the first server, wherein the user verification response contains second user information, and the second user information comprises target exploration single identity identification information and ownership certification information of a target exploration object;

The first server is configured to send a verification notification to the first user, where the verification notification includes an installation request audit result, and the installation request audit result is determined by the first server based on the second user information.

the first server is configured to send a verification notification to the first user, where the verification notification includes an installation request audit result, and the installation request audit result is determined by the first server based on the first user information and the second user information, or determined by the first server based on the first user information, a first information audit result, and the second user information, and the first information audit result is determined by the first server based on the first user information.

Optionally, the first server is configured to send a verification request to the second user side before sending the verification notification to the first user side, where the verification request includes second user information;

the second user side is configured to send a verification response to the first server, where the verification response includes a third information verification result, and the third information verification result is determined by the second user side based on the second user information;

Optionally, the first server is configured to send an installation information confirmation request to the first user end after sending a verification notification to the first user end, where the installation information confirmation request includes an estimated power generation amount;

The first client is configured to send an installation information confirmation response to the first server, where the installation information confirmation response includes installation confirmation information;

the first server is configured to send an installation confirmation information confirmation response to the first user side, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

Optionally, the first server is configured to send a construction request to the second user side when the installation request audit result indicates that the user meets a preset installation condition, where the construction request includes order information and a component engineering implementation configuration scheme, and the order information includes an order notification;

the second user side is used for sending a construction response to the first server, wherein the construction response comprises construction image information, and the construction image information comprises image information and additional position information;

and the first server is used for determining the project acceptance result information according to the position information attached to the construction image information, the address information and the terminal position information.

Optionally, the first server is configured to send a location information modification request to the second user terminal when the engineering acceptance result information indicates that the locations are inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

And the second user side is used for sending a position information modification response to the first server, wherein the position information modification response comprises modified construction image information.

Optionally, the data processing system further comprises a second server;

the first server is used for sending an activation request to the second server, wherein the activation request contains activation information, and the activation information is used for activating a power generation account corresponding to the photovoltaic power station;

the first server is configured to obtain an activation response sent by the second server, where the activation response includes activation confirmation information.

Optionally, the data processing system further comprises a third server;

the first server is used for sending a power station right auditing request to a third server, wherein the power station right auditing request contains power station right auditing information;

the first server is configured to obtain a power station ownership verification response sent by the third server, where the power station ownership verification response includes a power station ownership verification result.

In a sixth aspect, an embodiment of the present invention further provides a server, including: the device comprises an exploration request acquisition module, an exploration response sending module, a component arrangement request acquisition module, a component arrangement response sending module, a component arrangement confirmation response acquisition module and an exploration bill auditing result determination module;

The exploration request acquisition module is used for acquiring an exploration request sent by a second user end, wherein the exploration request comprises identification information of the second user end;

the exploration response sending module is used for sending an exploration response to the second user end, wherein the exploration response comprises exploration list information and exploration list identification information, the exploration list information is used for indicating exploration information needing to be obtained, the exploration list identification information is used for identifying an exploration list, and the exploration list identification information are generated by the exploration response sending module based on the identification information of the second user end;

the component arrangement request acquisition module is used for acquiring a component arrangement request sent by the second user side, wherein the component arrangement request comprises terminal position information added with the exploration single-identity identification information and exploration information added with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information added with the position information, and the attribute information comprises address information;

The component arrangement response sending module is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information;

the component arrangement confirmation response obtaining module is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information;

and the survey order auditing result determining module is used for determining the survey order auditing result of the survey order according to the address information, the terminal position information and the position information attached to the installation environment image information.

Optionally, the server further comprises: the engineering implementation arrangement scheme generation module and the exploration list updating module;

the engineering implementation configuration scheme generating module is configured to generate a component engineering implementation configuration scheme based on the component configuration confirmation information and the component configuration scheme after acquiring a component configuration confirmation response sent by the second user;

and the exploration list updating module is used for updating the exploration list according to the component engineering implementation arrangement scheme, the exploration information and the terminal position information.

Optionally, the component arrangement request obtaining module is further configured to obtain a component arrangement scheme modification request sent by the second user end, where the component arrangement scheme modification request includes scheme modification information;

the component arrangement response sending module is further configured to send a component arrangement scheme modification response to the second client, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the component arrangement response sending module according to the scheme modification information and the component arrangement scheme;

the component arrangement confirmation response obtaining module is further configured to obtain a component arrangement confirmation response sent by the second user side, where the component arrangement confirmation response includes component arrangement modification confirmation information;

the engineering implementation arrangement scheme generation module is further configured to generate the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

Optionally, the survey response sending module is further configured to send a survey form modification request to the second user side when the position of the survey form audit result is inconsistent, where the survey form modification request includes survey information to be modified;

The component arrangement request acquisition module is further configured to acquire an exploration order modification response sent by the second user side, where the exploration order modification response includes modified exploration information.

Optionally, the server further comprises: the system comprises an installation request acquisition module, an information auditing module and an installation response sending module;

the installation request acquisition module is used for acquiring an installation request sent by a first user side, wherein the installation request comprises user information used for determining whether a user meets preset installation conditions, and the user information comprises user identity identification information and ownership certification information of a target exploration object;

the information auditing module is used for determining an installation request auditing result based on the user information;

and the installation response sending module is configured to send an installation response to the first user side, where the installation response includes the installation request audit result.

Optionally, the installation request obtaining module is further configured to obtain a registration request sent by the first user, where the registration request includes first user information;

the information auditing module is further used for determining a first information auditing result based on the first user information;

The installation response sending module is further configured to send a registration response to the first user side, where the registration response includes the first information auditing result;

the installation response sending module is further configured to send a user authentication request to the first user end, where the user authentication request includes at least one piece of the survey form identification information, and the at least one piece of the survey form identification information is obtained based on the first user information;

the installation request obtaining module is further configured to obtain a user verification response sent by the first user, where the user verification response includes second user information, and the second user information includes target exploration single identity identification information and ownership certification information of a target exploration object;

the information auditing module is further used for determining an auditing result of the installation request based on the second user information;

the installation response sending module is further configured to send a verification notification to the first user side, where the verification notification includes the installation request audit result.

the information auditing module is further configured to determine an installation request auditing result based on the first user information and the second user information, or determine a first information auditing result based on the first user information, and determine the installation request auditing result based on the first user information, the first information auditing result and the second user information;

Optionally, the installation response sending module is further configured to send a verification request to the second user side before sending a verification notification to the first user side, where the verification request includes second user information;

The installation request obtaining module is further configured to obtain a verification response sent by a second user, where the verification response includes a third information verification result, and the third information verification result is determined by the second user based on the second user information;

the information auditing module is further configured to determine a second information auditing result based on the second user information, determine the installation request auditing result based on the second information auditing result and the third information auditing result, or determine the installation request auditing result based on the second user information and the third information auditing result.

Optionally, the installation response sending module is further configured to send an installation information confirmation request to the first user end after sending a verification notification to the first user end, where the installation information confirmation request includes an estimated power generation amount;

the installation request obtaining module is further configured to obtain an installation information confirmation response sent by the first user end, where the installation information confirmation response includes installation confirmation information;

the installation response sending module is further configured to send an installation confirmation information confirmation response to the first user end, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

Optionally, the server further comprises: the system comprises a construction request sending module, a construction response obtaining module and a project acceptance result information determining module;

the construction request sending module is configured to send a construction request to the second user side when the installation request audit result indicates that the user meets a preset installation condition, where the construction request includes order information and a component engineering implementation arrangement scheme, and the order information includes an order notification;

the construction response acquisition module is used for acquiring a construction response sent by a second user side, wherein the construction response comprises construction image information, and the construction image information comprises image information and additional position information;

and the project acceptance result information determining module is used for determining the project acceptance result information according to the position information added by the construction image information, the address information and the terminal position information.

Optionally, the construction request sending module is further configured to send a location information modification request to the second user side when the engineering acceptance result information indicates that the locations are inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

The construction response obtaining module is further configured to obtain a location information modification response sent by the second user side, where the location information modification response includes modified construction image information.

Optionally, the server further comprises: an activation request sending module and an activation response obtaining module;

the activation request sending module is used for sending an activation request to a second server, wherein the activation request contains activation information, and the activation information is used for activating a power generation account corresponding to the photovoltaic power station;

the activation response obtaining module is configured to obtain an activation response sent by the second server, where the activation response includes activation confirmation information.

Optionally, the server further comprises: the power station ownership auditing system comprises a power station ownership auditing request sending module and a power station ownership auditing response obtaining module;

the power station right audit request sending module is used for sending a power station right audit request to a third server, wherein the power station right audit request comprises power station right audit information;

the power station ownership auditing response obtaining module is used for obtaining a power station ownership auditing response sent by the third server, wherein the power station ownership auditing response comprises a power station ownership auditing result.

In a seventh aspect, an embodiment of the present invention further provides a user side, including: the system comprises an exploration request sending module, an exploration response acquiring module, a component arrangement request sending module, a component arrangement response acquiring module and a component arrangement confirmation response sending module;

the exploration request sending module is used for sending an exploration request to a first server, wherein the exploration request contains identification information of a user side;

the exploration response acquisition module is used for acquiring an exploration response sent by a first server, wherein the exploration response comprises exploration list information and exploration list identity information, the exploration list information is used for indicating exploration information to be acquired, the exploration list identity information is used for identifying an exploration list, and the exploration list identity information are generated by the first server based on the identity information of the user side;

the component arrangement request sending module is used for sending a component arrangement request to a first server, wherein the component arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information;

The component arrangement response acquisition module is used for acquiring a component arrangement response sent by a first server, wherein the component arrangement response comprises a component arrangement scheme, and the component arrangement scheme is determined by the first server based on the exploration information;

the component arrangement confirmation response sending module is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement confirmation information.

Optionally, the component arrangement request sending module is further configured to send a component arrangement scheme modification request to the first server, where the component arrangement scheme modification request includes scheme modification information;

the component arrangement response obtaining module is further configured to obtain a component arrangement scheme modification response sent by a first server, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme;

the component arrangement confirmation response sending module is further configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement modification confirmation information.

Optionally, the user end further includes: the verification request acquisition module and the verification response sending module;

the verification request acquisition module is used for acquiring a verification request sent by the first server after sending a component configuration confirmation response to the first server, wherein the verification request comprises second user information;

the verification response sending module is configured to send a verification response to the first server, where the verification response includes a third information verification result, and the third information verification result is determined by the verification response sending module based on the second user information.

Optionally, the user end further includes: the system comprises a construction request acquisition module and a construction response sending module;

the construction request acquisition module is used for acquiring a construction request sent by a first server after sending a verification response to the first server, wherein the construction request comprises order information and a component engineering implementation arrangement scheme, and the order information comprises an order notice;

the construction response sending module is used for sending a construction response to the first server, wherein the construction response comprises construction image information, and the construction image information comprises image information and additional position information.

Optionally, the construction request obtaining module is further configured to obtain a location information modification request sent by the first server when the project acceptance result information indicates that the locations are inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

the construction response sending module is further configured to send a location information modification response to the first server, where the location information modification response includes modified construction image information.

In an eighth aspect, an embodiment of the present invention further provides a user side, including: the device comprises an installation request sending module and an installation response acquiring module;

the installation request sending module is used for sending an installation request to the first server, wherein the installation request comprises user information used for determining whether a user meets preset installation conditions, and the user information comprises user identity identification information and ownership certification information of a target exploration object;

the installation response obtaining module is configured to obtain an installation response sent by the first server, where the installation response includes an installation request audit result.

Optionally, the installation request sending module is further configured to send a registration request to a first server, where the registration request includes first user information;

The installation response obtaining module is further configured to obtain a registration response sent by a first server, where the registration response includes a first information audit result, and the first information audit result is determined by the first server based on the first user information;

the installation response acquisition module is further configured to acquire a user authentication request sent by a first server, where the user authentication request includes at least one piece of survey form identification information, and the at least one piece of survey form identification information is acquired by the first server based on the first user information;

the installation request sending module is further configured to send a user verification response to the first server, where the user verification response includes second user information, and the second user information includes target exploration single identity identification information and ownership certification information of the target exploration object;

the installation response obtaining module is further configured to obtain a verification notification sent by the first server, where the verification notification includes an installation request audit result.

Optionally, the installation response obtaining module is further configured to obtain an installation information confirmation request sent by the first server after obtaining the verification notification sent by the first server, where the installation information confirmation request includes an estimated power generation amount;

the installation request sending module is further configured to send an installation information confirmation response to the first server, where the installation information confirmation response includes installation confirmation information;

The installation response obtaining module is further configured to obtain an installation confirmation information confirmation response sent by the first server, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

In a ninth aspect, embodiments of the present invention also provide a storage medium containing computer-executable instructions, which when executed by a computer processor, are configured to perform the data processing method according to the second, third or fourth aspect.

In a tenth aspect, an embodiment of the present invention further provides an electronic device, including a memory, a processor, and a computer program stored on the memory and executable on the processor, where the processor, when executing the computer program, implements the data processing method according to the second, third, or fourth aspect.

In an eleventh aspect, an embodiment of the present invention further provides a database system, including the server node according to the sixth aspect.

By the technical scheme of the embodiment of the invention, the problem that the application and installation mode of the photovoltaic power station cannot be effectively managed in the prior art is solved, the problem of traceability of a transaction process is solved, the problem that an exploration process cannot be accurately verified is solved, and the problem that the authenticity of a transaction order cannot be determined is also solved.

Drawings

Fig. 1 is a timing diagram of a data processing method according to an embodiment of the present invention;

FIG. 2 is a timing diagram illustrating another data processing method according to an embodiment of the present invention;

FIG. 3 is a timing diagram illustrating another data processing method according to an embodiment of the present invention;

FIG. 4 is a timing diagram illustrating another data processing method according to an embodiment of the present invention;

FIG. 5 is a timing diagram illustrating another data processing method according to an embodiment of the present invention;

fig. 6 is a flowchart of a data processing method according to an embodiment of the present invention;

FIG. 7 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 8 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 9 is a flowchart of another data processing method according to an embodiment of the present invention;

FIG. 10 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 11 is a flowchart of another data processing method according to an embodiment of the present invention;

FIG. 12 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 13 is a flowchart of another data processing method according to an embodiment of the present invention;

FIG. 14 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 15 is a flowchart of another data processing method according to an embodiment of the present invention;

FIG. 16 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 17 is a flow chart of another data processing method according to an embodiment of the present invention;

FIG. 18 is a flow chart of yet another data processing method according to an embodiment of the present invention;

FIG. 19 is a system block diagram of a data processing system provided by an embodiment of the present invention;

fig. 20 is a block diagram of a server according to an embodiment of the present invention;

fig. 21 is a block diagram of another server according to an embodiment of the present invention;

fig. 22 is a block diagram of a server according to another embodiment of the present invention;

fig. 23 is a block diagram of a server according to another embodiment of the present invention;

fig. 24 is a block diagram of a server according to another embodiment of the present invention;

fig. 25 is a block diagram of a server according to another embodiment of the present invention;

fig. 26 is a block diagram of a user side according to an embodiment of the present invention;

fig. 27 is a block diagram of another structure of a ue according to an embodiment of the present invention;

fig. 28 is a block diagram of a structure of a user side according to another embodiment of the present invention;

Fig. 29 is a block diagram of a user side according to an embodiment of the present invention;

fig. 30 is a block diagram of an electronic device according to an embodiment of the present invention.

Detailed Description

The embodiments of the present invention will be described in further detail with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of and not restrictive on the broad invention. It should be further noted that, for convenience of description, only some structures, not all structures, relating to the embodiments of the present invention are shown in the drawings.

Fig. 1 is a timing diagram of a data processing method according to an embodiment of the present invention. As shown in fig. 1, the method includes:

and S11, the second user terminal sends the exploration request to the first server.

Wherein the survey request includes identification information of the second client. For example, the identification information of the second user end may include a mobile phone number, an account number, a user name, a device number of the second user end, and the like.

And S12, the first server sends the exploration response to the second user terminal.

Wherein the survey response comprises survey order information and survey order identification information.

And the exploration list information is used for indicating the exploration information to be acquired. And the exploration bill identity information is used for identifying the exploration bill.

In one case, the first server generates an exploration order and exploration order identity identification information according to the identification information of the second user side, and sends an exploration response to the second user side, wherein the exploration response carries the exploration order information and the exploration order identity identification information.

It should be noted that the exploration information refers to information that needs to be collected when the photovoltaic power station is installed in the area where the photovoltaic power station is to be installed. For example, the exploration information may include user identification information, attribute information of an area of the photovoltaic power plant to be installed, installation requirement information of the photovoltaic power plant, and installation environment image information of additional location information. The user identification information is used for matching with the first user information when the first server queries the exploration bill database based on the first user information.

The attribute information may include address information (the address information may be an address of a user where the photovoltaic power station area to be installed belongs, which is filled by a dealer), size information of the photovoltaic power station area to be installed, an inclination angle, a height of a shielding object, and the like. Taking a house as an example, the attribute information may include a house address, a roof shape, a roof size, a roof orientation, a parapet height, and the like.

The installation requirement information may include the number of photovoltaic module blocks, photovoltaic module power, installation mode data, and the like. Wherein the installation pattern data represents an installation pattern of the photovoltaic module. For example, the installation pattern data may include a single row pattern, a double row pattern, a multiple row pattern, or the like.

The installation environment image information comprises image information of a designated direction of a photovoltaic power station area to be installed and additional position information. It should be noted that there are various ways of adding the position information to the installation environment image information, and the embodiment of the present invention is not particularly limited. Wherein the position information is position information of the apparatus that acquires the installation environment image information. In one case, the location information is attached to the installation environment picture in the form of a watermark.

And S13, the second user terminal sends a component configuration request to the first server.

The component arrangement request comprises terminal position information of the additional exploration single identity identification information and exploration information of the additional exploration single identity identification information.

The terminal position information is configured with position information of the equipment of the second user terminal. For example, the second user terminal may obtain the terminal location information through a positioning technology.

And S14, the first server sends the component configuration response to the second client.

Wherein the component arrangement response comprises a component arrangement scheme.

In one case, the first server generates a component placement plan based on the survey information in the component placement request.

In one embodiment, generating a component arrangement based on survey information includes: acquiring attribute information and installation requirement information in the exploration information, and generating a component arrangement scheme according to the attribute information and the installation requirement information.

In another embodiment, generating a component arrangement based on survey information includes: acquiring attribute information, installation requirement information and installation environment image information in exploration information, generating a reference assembly arrangement scheme according to the attribute information and the installation requirement information, and generating an assembly arrangement scheme according to the installation environment image information and the reference assembly arrangement scheme.

In one case, the address information in the attribute information contains latitude and longitude information. And determining the attitude information of the photovoltaic module according to the longitude and latitude information. And generating a component arrangement scheme based on the attitude information and the exploration information. Wherein the attitude information includes angle information of the photovoltaic module.

And S15, the second user terminal sends a component configuration confirmation response to the first server.

Wherein the component arrangement confirmation response includes component arrangement confirmation information.

In one case, the first server generates a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme.

For example, when the component arrangement confirmation information is pass, the component engineering implementation arrangement scheme is generated according to the component arrangement scheme.

And after the first server acquires the component arrangement confirmation response, updating the exploration list according to the component engineering implementation arrangement scheme, the exploration information and the terminal position information. It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

And the first server determines the examination result of the exploration list according to the address information, the terminal position information and the position information attached by the installation environment image information contained in the exploration information.

In one case, the first server obtains address information in the attribute information, obtains position information attached to the installation environment image information, and compares the address information, the position information and the terminal position information in position consistency to determine an examination result of the exploration bill. If the positions are inconsistent, the first server sends a survey order modification request to the second client. Wherein the survey order modification request includes survey information to be modified. The first server acquires the survey order modification response sent by the second client. Wherein the survey order modification response contains modified survey information.

In one implementation of the installation request, the method further comprises:

and S16, the first user terminal sends an installation request to the first server.

Wherein the installation request contains user information for determining whether the user satisfies a preset installation condition.

For example, the user information includes a name, a mobile phone number, user identification information, target survey single identity identification information, and proof of ownership information of the target survey object. The exploration object corresponds to the exploration single identity identification information one by one. When the exploration objects are multiple, the user can select the target exploration object from the exploration objects according to the target exploration single identity information.

And S17, the first server sends an installation response to the first user terminal.

The installation response comprises an installation request auditing result which is used for indicating whether a user meets a preset installation condition. In one case, the first server judges whether the user meets a preset installation condition according to the user information.

And S18, when the user meets the preset installation condition, the first server sends a construction request to the second user side.

The construction request comprises order information and a component engineering implementation and arrangement scheme. The order information includes an order notification.

In one implementation of the construction response, the method further comprises:

and S19, the second user terminal sends a construction response to the first server.

The construction response comprises construction image information and power station installation information. The construction image information comprises at least one of a photo of a designated angle of the photovoltaic power station, a support photo, an inverter photo, an electric meter photo and a construction process video. The construction image information includes image information and additional position information.

In one case, the position information is attached to the construction picture in the form of a watermark.

Specifically, the power station installation information includes an installation mode of the photovoltaic power station, component attribute information, accessory attribute information, and the like. The installation mode comprises a flush installation mode, a slope installation mode, a single-row mode, a double-row mode or a multi-row mode and the like. The component attributes include the number of components, the power of the components, and the like. The accessory attributes include the number of accessories, the shape of the accessories, and the like.

Illustratively, the first server compares the position consistency of the address information, the position information attached to the construction image information and the terminal position information to determine the project acceptance result information.

And if the positions are not consistent, the first server sends a position information modification request to the second user terminal. Wherein the location information modification request is used to indicate a location inconsistency. And the first server acquires the position information modification response sent by the second user terminal. Wherein the position information modification response contains the modified construction image information.

In one implementation of the activation request, the method further comprises:

step S110, the first server sends an activation request to the second server.

The activation request comprises activation information, and the activation information is used for activating the power generation account corresponding to the photovoltaic power station.

And S111, the first server acquires the activation response sent by the second server.

Wherein the activation response contains activation confirmation information.

In one case, the activation request is sent periodically until an activation response is obtained.

In an implementation of a power station ownership audit request, the method further includes:

and S112, the first server sends a power station right auditing request to the third server.

And the power station right auditing request comprises power station right auditing information. The power station right auditing information comprises installation conditions, power station equipment information, installation addresses, contracts, power generation amount information, installation completion information and the like.

And S113, the first server acquires the power station ownership verification response sent by the third server.

And the power station right audit response comprises a power station right audit result.

The second server and the third server are both third-party servers.

Fig. 2 is a timing diagram of another data processing method according to an embodiment of the present invention.

In one implementation of a component placement acknowledgement response, the method includes:

and S21, the second user terminal sends the exploration request to the first server.

And S22, the first server sends the exploration response to the second user terminal.

And S23, the second user terminal sends the component configuration request to the first server.

And S24, the first server sends the component configuration response to the second client.

And S25, the second user terminal sends a component configuration scheme modification request to the first server.

Wherein the component arrangement scheme modification request includes scheme modification information for requesting modification of the component arrangement scheme.

And S26, the first server sends a component configuration scheme modification response to the second client.

Wherein the component arrangement scheme modification response includes the component arrangement modification scheme.

In one case, the first server generates a component arrangement modification scheme according to the scheme modification information and the component arrangement scheme sent by the second client.

And S27, the second user terminal sends a component configuration confirmation response to the first server.

Wherein the component arrangement confirmation response includes component arrangement modification confirmation information. In one case, the first server generates the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

For example, when the component arrangement modification confirmation message passes, the component engineering implementation arrangement scheme is generated according to the component arrangement modification scheme.

Fig. 3 is a timing diagram of another data processing method according to an embodiment of the present invention.

In one implementation of the installation request, the method includes:

and S31, the first user terminal sends a registration request to the first server.

Wherein the registration request includes first user information. For example, the first user information may include user identification information such as a name, a mobile phone number, and user identification information. The first user information is used for searching user identification information in exploration information.

And S32, the first server sends a registration response to the first user terminal.

And the registration response comprises a first information auditing result. The first information auditing result is determined by the first server based on the first user information.

Step S33, the first server sends a user verification request to the first user terminal.

Wherein the user authentication request comprises at least one survey order identification information.

In one case, the first server obtains at least one survey order identification information based on the first user information in the registration request. For example, the first server matches the user identification information contained in each survey form in the survey form database based on one or more user identification information contained in the first user information, obtains at least one survey form successfully matched, and obtains the survey form identification information of the survey form successfully matched.

In one case, the first server matches the contact phone number and/or the identification number included in each survey form in the survey form database based on the contact phone number and/or the identification number included in the first user information to obtain at least one survey form successfully matched, and obtains the identity information of the survey form successfully matched.

And S34, the first user terminal sends a user verification response to the first server.

Wherein the user authentication response contains the second user information. The second user information comprises target exploration single identity identification information, ownership certification information of a target exploration object and the like.

And S35, the first server sends a verification notice to the first user terminal.

Wherein the verification notification includes an installation request audit result.

In one case, the installation request audit result is determined by the first server based on the second user information.

And S36, when the installation request auditing result indicates that the user meets the preset installation condition, the first server sends a construction request to the second user side.

In another embodiment: and after the first server sends the verification request to the second user terminal, executing the first server to send the user verification request to the first user terminal. In this case, the first server does not send a registration response. The first server sends an installation request auditing result carried by the verification notification to the first user end, and the first server determines the installation request auditing result based on the first user information and the second user information, or the first server determines the installation request auditing result based on the first user information, the first information auditing result and the second user information, and the first information auditing result is determined by the first server based on the first user information.

Fig. 4 is a timing diagram of another data processing method according to an embodiment of the present invention.

In another implementation manner of the installation request, the method specifically includes:

step S41, the first user terminal sends a registration request to the first server.

And S42, the first server sends a registration response to the first user terminal.

Step S43, the first server sends a user authentication request to the first user terminal.

And S44, the first user terminal sends a user verification response to the first server.

And S45, the first server sends a verification request to the second user terminal.

Wherein the verification request includes the second user information. The second user information comprises target exploration single identity identification information, ownership certification information of a target exploration object and the like.

And S46, the second user terminal sends a verification response to the first server.

And the verification response comprises a third information verification result.

And S47, the first server sends a verification notice to the first user terminal.

The verification notification includes an installation request audit result, the installation request audit result is determined by the first server based on a second information audit result and the third information audit result, and the second information audit result is determined by the first server based on the second user information, or determined by the first server based on the second user information and the third information audit result.

And the first server receives a user verification response sent by the first user terminal under the condition that the first user information carried in the registration request passes.

In one embodiment, the first server carries the second user information sent to the second user terminal in the verification request. And the second user end determines a third information auditing result according to the second user information and sends an auditing response, wherein the third information auditing result is carried in the auditing response. And the first server generates an installation request checking result according to the third information checking result and the second user information.

In another embodiment, the first server carries the second user information sent to the second user in the verification request. And the second user end determines a third information auditing result according to the second user information and sends an auditing response, wherein the third information auditing result is carried in the auditing response. The first server determines a second information auditing result based on the second user information. And the first server generates an installation request auditing result according to the third information auditing result and the second information auditing result.

And S48, when the installation request auditing result indicates that the user meets the preset installation condition, the first server sends a construction request to the second user side.

Fig. 5 is a timing diagram of another data processing method according to an embodiment of the present invention.

and S51, the first user terminal sends a registration request to the first server.

And S52, the first server sends a registration response to the first user terminal.

Step S53, the first server sends a user verification request to the first user terminal.

Step S54, the first user terminal sends a user verification response to the first server.

And S55, the first server sends a verification request to the second user terminal.

And S56, the second user terminal sends a verification response to the first server.

And S57, the first server sends a verification notice to the first user terminal.

And S58, the first server sends an installation information confirmation request to the first user terminal.

Wherein the installation information confirmation request includes an estimated power generation amount. The estimated power generation amount is determined based on the component arrangement scheme.

And S59, the first user terminal sends an installation information confirmation response to the first server.

Wherein the installation information confirmation response includes installation confirmation information.

Step 510, the first server sends an installation confirmation information confirmation response to the first user terminal.

Wherein the installation confirmation information confirmation response is used to confirm the installation confirmation information.

And S511, when the installation request auditing result indicates that the user meets the preset installation condition, the first server sends a construction request to the second user side.

Fig. 6 is a flowchart of a data processing method according to an embodiment of the present invention, where the method may be executed by a first server. As shown in fig. 6, the method includes:

and S61, acquiring the exploration request sent by the second user terminal.

Wherein the exploration request carries identification information of the second user terminal. For example, the identification information of the second user end may include a mobile phone number, an account number, a user name, a device number of the second user end, and the like.

And S62, sending the exploration response to the second user end.

And S63, acquiring a component configuration request sent by the second user terminal.

And S64, sending a component configuration response to the second user terminal.

And S65, acquiring a component configuration confirmation response sent by the second user terminal.

And the first server determines the auditing result of the exploration bill according to the address information, the terminal position information and the position information attached to the installation environment image information contained in the exploration information.

and S66, acquiring an installation request sent by the first user terminal.

For example, the user information includes name, mobile phone number, user identification information, target exploration single identity identification information, and proof of ownership information of the exploration object. The exploration object corresponds to the exploration single identity identification information one by one. When the exploration objects are multiple, the user can select the target exploration object from the exploration objects according to the target exploration single identity information.

And S67, sending an installation response to the first user terminal.

And S68, sending a construction request to the second user side when the installation request auditing result indicates that the user meets the preset installation condition.

and S69, acquiring the construction response sent by the second user end.

In one implementation of the activation request, the method further comprises:

step S610, sending an activation request to a second server.

And S611, acquiring an activation response sent by the second server.

Wherein the activation response contains activation confirmation information.

and step S612, sending a power station right auditing request to the third server.

And S613, acquiring a power station ownership verification response sent by the third server.

The second server and the third server are both third-party servers.

Fig. 7 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first server, and in one manner of implementing a component placement validation response, the method comprises:

and S71, acquiring the exploration request sent by the second user end.

And step S72, sending the exploration response to the second user terminal.

And S73, acquiring a component configuration request sent by the second user terminal.

And S74, sending a component configuration response to the second user terminal.

And S75, acquiring a component configuration scheme modification request sent by the second user terminal.

And S76, sending a component configuration scheme modification response to the second user terminal.

And S77, acquiring a component configuration confirmation response sent by the second user terminal.

Fig. 8 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first server. In one specific implementation of the installation request, the method includes:

and S81, acquiring a registration request sent by the first user terminal.

And S82, sending a registration response to the first user terminal.

And S83, sending a user authentication request to the first user terminal.

And S84, acquiring a user verification response sent by the first user terminal.

And S85, sending a verification notice to the first user terminal.

And S86, sending a construction request to the second user side when the installation request auditing result indicates that the user meets the preset installation condition.

The construction request comprises order information and a component engineering implementation arrangement scheme, wherein the order information comprises an order notice.

In another embodiment, after the first server sends the verification request to the second client, the first server is executed to send the user verification request to the first client. In this case, the first server does not send a registration response. The first server sends an installation request auditing result carried by the verification notification to the first user end, and the first server determines the installation request auditing result based on the first user information and the second user information, or the first server determines the installation request auditing result based on the first user information, the first information auditing result and the second user information, and the first information auditing result is determined by the first server based on the first user information.

Fig. 9 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first server.

In another specific implementation of the installation request, the method includes:

step S91, acquiring a registration request sent by the first user terminal.

And S92, sending a registration response to the first user terminal.

And S93, sending a user verification request to the first user terminal.

And S94, acquiring a user verification response sent by the first user terminal.

And S95, sending a verification request to the second user terminal.

And S96, acquiring the verification response sent by the second user terminal.

And S97, sending a verification notice to the first user terminal.

And receiving a user verification response sent by the first user side under the condition that the first server sends the user verification request to the first user side after the first server sends the verification request to the second user side. In this case, sending the registration response to the first user terminal is not performed.

And S98, sending a construction request to the second user side when the installation request auditing result indicates that the user meets the preset installation condition.

Fig. 10 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first server.

step S101, a registration request sent by a first user terminal is obtained.

And S102, sending a registration response to the first user terminal.

And S103, sending a user verification request to the first user terminal.

And S104, acquiring a user verification response sent by the first user terminal.

And step S105, sending a verification request to the second user terminal.

And S106, acquiring the verification response sent by the second user terminal.

And S107, sending a verification notice to the first user terminal.

And S108, sending an installation information confirmation request to the first user terminal.

And S109, acquiring an installation information confirmation response sent by the first user terminal.

Step S1010, sending an installation confirmation information confirmation response to the first user terminal.

And S1011, sending a construction request to the second user side when the installation request auditing result indicates that the user meets the preset installation condition.

Fig. 11 is a flowchart of another data processing method according to an embodiment of the present invention, which can be executed by a second user end.

In one implementation of a survey request, the method includes:

and S111, sending the exploration request to the first server.

And S112, acquiring the exploration response sent by the first server.

And S113, sending a component configuration request to the first server.

And S114, acquiring the component configuration response sent by the first server.

And S115, sending a component configuration confirmation response to the first server.

In one case, the first server obtains address information in the attribute information, obtains position information attached to the installation environment image information, and compares the address information, the position information and the terminal position information in position consistency to determine an examination result of the exploration bill. And under the condition that the positions of the examination results of the exploration sheets are inconsistent, the second user side acquires the exploration sheet modification request sent by the first server and sends an exploration sheet modification response to the first server. Wherein the survey order modification request includes survey information to be modified. The survey order modification response contains modified survey information.

Fig. 12 is a flowchart of another data processing method according to an embodiment of the present invention, which can be executed by a second user end.

In one implementation of a component placement response, the method includes:

step S121, the exploration request is sent to the first server.

And S122, acquiring the exploration response sent by the first server.

And S123, sending a component configuration request to the first server.

And S124, acquiring the component arrangement response sent by the first server.

And S125, sending a component configuration scheme modification request to the first server.

And S126, acquiring a component arrangement scheme modification response sent by the first server.

And S127, sending a component configuration confirmation response to the first server.

Fig. 13 is a flowchart of another data processing method according to an embodiment of the present invention, which can be executed by a second user end.

In one implementation of an installation request, the method includes:

step S131, the exploration request is sent to the first server.

And S132, acquiring the exploration response sent by the first server.

And S133, sending a component configuration request to the first server.

And S134, acquiring the component configuration response sent by the first server.

Step S135, sending a component configuration confirmation response to the first server.

And S136, acquiring the verification request sent by the first server.

And step S137, sending a verification response to the first server.

And the verification response comprises a third information verification result, and the third verification result is determined based on the second user information.

Fig. 14 is a flowchart of another data processing method according to an embodiment of the present invention, which can be executed by a second user end.

In one implementation of a construction response, the method includes:

step S141, the exploration request is sent to the first server.

And S142, acquiring the exploration response sent by the first server.

And S143, sending the component configuration request to the first server.

And S144, acquiring the component configuration response sent by the first server.

And S145, sending a component configuration confirmation response to the first server.

Step S146, a verification request sent by the first server is obtained.

And S147, sending a verification response to the first server.

And S148, acquiring the construction request sent by the first server.

And S149, sending a construction response to the first server.

And under the condition that the positions of the engineering acceptance result information are inconsistent, the second user side acquires the position information modification request sent by the first server and sends a position information modification response to the first server. Wherein the location information modification request is used to indicate a location inconsistency. The location information modification response contains the modified construction image information.

Fig. 15 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first user terminal.

In one implementation of an installation request, the method includes:

and step S151, sending an installation request to the first server.

And S152, acquiring an installation response sent by the first server.

Fig. 16 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first user terminal.

In one specific implementation of the installation request, the method includes:

step S161, sending a registration request to the first server.

And S162, acquiring a registration response sent by the first server.

Step S163, obtaining the user authentication request sent by the first server.

Step S164, sending a user verification response to the first server.

And S165, acquiring the verification notification sent by the first server.

Under another condition, the first server sends a verification request to the second user side, and obtains a verification response sent by the second user side, wherein the verification response carries a third information verification result. In this case, the first user obtains that the verification notification sent by the first server carries the installation request audit result determined by the second information audit result and the third information audit result, where the second information audit result is determined by the first server based on the second user information, or the verification notification carries the installation request audit result determined by the second user information and the third information audit result.

Fig. 17 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first user terminal.

and S171, sending a registration request to the first server.

Step S172, a user authentication request sent by the first server is obtained.

Step s173. sends a user authentication response to the first server.

And S174, acquiring the verification notification sent by the first server.

In one case, the installation request audit result is determined by the first server based on the first user information and the second user information, or based on the first user information, the first information audit result, and the second user information, where the first information audit result is determined based on the first user information.

Under another condition, the first server sends a verification request to the second user side, and obtains a verification response sent by the second user side, wherein the verification response carries a third information verification result. In this case, the first user obtains that the verification notification sent by the first server carries the installation request audit result determined by the second information audit result and the third information audit result, or the verification notification carries the installation request audit result determined by the second user information and the third information audit result, where the second information audit result is determined by the first server based on the second user information.

Fig. 18 is a flowchart of another data processing method according to an embodiment of the present invention. The method is performed by a first user terminal.

In a specific implementation manner of the installation request, after obtaining the verification notification sent by the first server, the method further includes:

And step S181, sending a registration request to the first server.

Step S182, a user authentication request sent by the first server is obtained.

Step S183. sending a user verification response to the first server.

Step S184, obtaining the verification notice sent by the first server.

And S185, acquiring the installation information confirmation request sent by the first server.

And S186, sending an installation information confirmation response to the first server.

And S187, acquiring the installation confirmation information confirmation response sent by the first server.

Fig. 19 is a system block diagram of a data processing system according to an embodiment of the present invention. As shown in fig. 19, the system includes: a second client 191, a first server 192, a first client 193, a second server 194, and a third server 195.

The second client 191 is configured to send a survey request to the first server 192, where the survey request includes identification information of the second client.

For example, the identification information of the second user end may include a mobile phone number, an account number, a user name, a device number of the second user end, and the like.

The first server 192 is configured to send a survey response to the second client 191, where the survey response includes survey form information and survey form identification information, the survey form information is used to indicate survey information to be acquired, the survey form identification information is used to identify a survey form, and the survey form identification information are generated by the first server 192 based on the identification information of the second client.

The second user end 191 is configured to send an assembly arrangement request to the first server 192, where the assembly arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the additional location information, and the attribute information includes address information.

The first server 192 is configured to send a component placement response to the second client 191, wherein the component placement response includes a component placement scheme determined by the first server 192 based on the survey information.

The second client 191 is configured to send a component arrangement confirmation response to the first server 192, where the component arrangement confirmation response includes component arrangement confirmation information.

The first server 192 is configured to determine an examination result of the survey form according to the address information, the terminal location information, and location information attached to the installation environment image information.

For example, the first server acquires address information in the attribute information, acquires position information attached to the installation environment image information, and performs position consistency comparison on the address information, the position information and the terminal position information to determine an examination result of the exploration order.

The first server 192 is configured to send a survey form modification request to the second client 191 when the survey form audit result is inconsistent in location, where the survey form modification request includes survey information to be modified.

The second client 191 is configured to send a survey order modification response to the first server 192, wherein the survey order modification response contains modified survey information.

In one case, the first server 192 is configured to generate a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme after acquiring the component arrangement confirmation response sent by the second client 191.

The first server 192 is configured to update the survey form according to the component engineering implementation plan, the survey information, and the terminal location information.

It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

After acquiring the component arrangement confirmation response, the first server 192 updates the survey form according to the component engineering implementation arrangement scheme, the survey information and the terminal position information. It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

In one implementation of the installation request, the first client 193 is configured to send an installation request to the first server 192, where the installation request includes user information for determining whether a user satisfies a preset installation condition, and the user information includes user identification information and proof of ownership information of a target exploration object.

The first server 192 is configured to send an installation response to the first user 193, where the installation response includes an installation request auditing result, and the installation request auditing result is determined by the first server 192 based on the user information.

The installation response comprises an installation request auditing result which is used for indicating whether a user meets a preset installation condition. In one case, the first server 192 determines whether the user satisfies the predetermined installation condition according to the user information.

In an implementation manner of a construction response, the first server 192 is configured to send a construction request to the second user end 191 when the installation request audit result is that the user meets a preset installation condition, where the construction request includes order information and a component engineering implementation and configuration scheme, and the order information includes an order notification.

The second client 191 is configured to send a construction response to the first server 192, where the construction response includes construction image information, and the construction image information includes image information and additional location information. In one case, the position information is attached to the construction picture in the form of a watermark.

The construction image information comprises at least one of a photo of a designated angle of the photovoltaic power station, a support photo, an inverter photo, an electric meter photo and a construction process video.

And the first server 192 is configured to determine the project acceptance result information according to the position information attached to the construction image information, the address information, and the terminal position information.

The first server 192 is configured to send a location information modification request to the second user end 191 when the location information of the project acceptance result is inconsistent, where the location information modification request is used to indicate that the location is inconsistent.

The second client 191 is configured to send a location information modification response to the first server 192, where the location information modification response includes modified construction image information.

In an implementation manner of the activation request, the first server 192 is configured to send the activation request to the second server 194, where the activation request includes activation information, and the activation information is used to activate a power generation account corresponding to the photovoltaic power station.

The first server 192 is configured to obtain an activation response sent by the second server 194, where the activation response includes activation confirmation information.

In an implementation manner of the power station ownership verification request, the first server 192 is configured to send the power station ownership verification request to the third server 195, where the power station ownership verification request includes power station ownership verification information.

The power station right auditing information comprises installation conditions, power station equipment information, installation addresses, contracts, power generation amount information, installation completion information and the like.

The first server 192 is configured to obtain a power station ownership verification response sent by the third server 195, where the power station ownership verification response includes a power station ownership verification result.

The second server and the third server are both third-party servers.

In one implementation of the component arrangement confirmation response, the second client 191 is configured to send a component arrangement scheme modification request to the first server 192, where the component arrangement scheme modification request includes scheme modification information.

The component arrangement scheme modification request is for requesting modification of the component arrangement scheme.

The first server 192 is configured to send a component arrangement scheme modification response to the second client 191, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server 192 according to the scheme modification information and the component arrangement scheme.

The second client 191 is configured to send a component placement confirmation response to the first server 192, where the component placement confirmation response includes component placement modification confirmation information.

The first server 192 is configured to generate the component engineering implementation arrangement scheme based on the component arrangement modification confirmation information and the component arrangement modification scheme.

In one way of implementing the installation request, the first client 193 is configured to send a registration request to the first server 192, where the registration request includes first user information.

The first server 192 is configured to send a registration response to the first user 193, where the registration response includes a first information auditing result, and the first information auditing result is determined by the first server 192 based on the first user information.

The first server 192 is configured to send a user authentication request to the first client 193, where the user authentication request includes at least one piece of the coupon id information, and the at least one piece of the coupon id information is obtained by the first server 192 based on the first user information.

In one case, the first server 192 obtains at least one coupon identification information based on the first user information in the registration request.

For example, the first server matches the user identification information contained in each survey form in the survey form database based on one or more user identification information contained in the first user information, obtains at least one survey form successfully matched, and obtains the survey form identification information of the survey form successfully matched.

The first user end 193 is configured to send a user verification response to the first server 192, where the user verification response includes second user information, and the second user information includes target survey single identity information and proof of ownership information of a target survey object.

The first server 192 is configured to send a verification notification to the first user 193, where the verification notification includes an installation request auditing result, and the installation request auditing result is determined by the first server 192 based on the second user information.

In another way of implementing the installation request, the first client 193 is configured to send a registration request to the first server 192, where the registration request includes first user information.

The first server 192 is configured to send a verification notification to the first user 193, where the verification notification includes an installation request auditing result, and the installation request auditing result is determined by the first server 192 based on the first user information and the second user information, or determined by the first server 192 based on the first user information, a first information auditing result, and a second user information, and the first information auditing result is determined by the first server 192 based on the first user information.

In yet another way of implementing the installation request, the first server 192 is configured to send a verification request to the second user end 191 before sending the verification notification to the first user end 193, where the verification request includes the second user information.

The second user end 191 is configured to send a verification response to the first server 192, where the verification response includes a third information verification result, and the third information verification result is determined by the second user end 191 based on the second user information.

The verification notification sent by the first server 192 to the first user carries an installation request audit result, where the installation request audit result is determined by the first server 192 based on a second information audit result and the third information audit result, and the second information audit result is determined by the first server 192 based on the second user information, or determined by the first server 192 based on the second user information and the third information audit result.

In yet another way of implementing the installation request, the first server 192 is configured to send an installation information confirmation request to the first user side 193 after sending an authentication notification to the first user side 193, where the installation information confirmation request includes an estimated power generation amount.

The first client 193 is configured to send an installation information confirmation response to the first server 192, where the installation information confirmation response includes installation confirmation information.

The first server 192 is configured to send an installation confirmation information confirmation response to the first user 193, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

Fig. 20 is a block diagram of a server according to an embodiment of the present invention. As shown in fig. 20, the server 200 includes: the survey system comprises a survey request acquisition module 201, a survey response sending module 202, a component arrangement request acquisition module 203, a component arrangement response sending module 204, a component arrangement confirmation response acquisition module 205 and a survey order audit result determination module 206.

The exploration request obtaining module 201 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 202 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identity information, the exploration order information is used to indicate exploration information to be acquired, the exploration order identity information is used to identify an exploration order, and the exploration order identity information are generated by the exploration response sending module based on the identity information of the second user.

The component arrangement request obtaining module 203 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 204 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 205 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

And the survey form audit result determining module 206 is configured to determine a survey form audit result of the survey form according to the address information, the terminal position information, and the position information attached to the installation environment image information.

Fig. 21 is a block diagram of another server according to an embodiment of the present invention. As shown in fig. 21, the server 210 further includes: an engineering implementation plan generation module 216 and a survey order update module 217.

The exploration request obtaining module 211 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 212 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identification information, the exploration order information is used to indicate exploration information to be acquired, the exploration order identification information is used to identify an exploration order, and the exploration order identification information are generated by the exploration response sending module based on the identification information of the second user.

The component arrangement request obtaining module 213 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 214 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 215 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

The engineering implementation configuration scheme generating module 216 is configured to generate a component engineering implementation configuration scheme based on the component configuration confirmation information and the component configuration scheme after obtaining the component configuration confirmation response sent by the second user.

The exploration bill updating module 217 is configured to update the exploration bill according to the component engineering implementation arrangement scheme, the exploration information, and the terminal position information. It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

The survey form audit result determining module 218 is configured to determine a survey form audit result of the survey form according to the address information, the terminal location information, and location information attached to the installation environment image information.

In one case, the component arrangement request obtaining module 213 is further configured to obtain a component arrangement scheme modification request sent by the second user end, where the component arrangement scheme modification request includes scheme modification information.

The component arrangement response sending module 214 is further configured to send a component arrangement scheme modification response to the second client, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the component arrangement response sending module according to the scheme modification information and the component arrangement scheme.

The component arrangement confirmation response obtaining module 215 is further configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement modification confirmation information.

In one case, the survey response sending module 212 is further configured to send a survey order modification request to the second user end when the survey order audit result is inconsistent in location, where the survey order modification request includes survey information to be modified.

The component placement request obtaining module 213 is further configured to obtain a survey order modification response sent by the second user end, where the survey order modification response includes modified survey information.

Fig. 22 is a block diagram of another server according to an embodiment of the present invention. As shown in fig. 22, the server 220 further includes: an installation request acquisition module 229, an information review module 2210, and an installation response transmission module 2211.

The exploration request obtaining module 221 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 222 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identity information, the exploration order information is used to indicate exploration information that needs to be obtained, the exploration order identity information is used to identify an exploration order, and the exploration order identity information are generated by the exploration response sending module based on the identity information of the second user.

The component arrangement request obtaining module 223 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 224 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 225 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

The engineering implementation configuration scheme generating module 226 is configured to generate a component engineering implementation configuration scheme based on the component configuration confirmation information and the component configuration scheme after acquiring the component configuration confirmation response sent by the second user.

The survey form updating module 227 is used for updating the survey form according to the component engineering implementation arrangement scheme, the survey information and the terminal position information. It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

The survey form audit result determining module 228 is configured to determine a survey form audit result of the survey form according to the address information, the terminal position information, and the position information attached to the installation environment image information.

The installation request obtaining module 229 is configured to obtain an installation request sent by a first user, where the installation request includes user information used to determine whether a user meets a preset installation condition, and the user information includes user identification information and proof of ownership information of a target exploration object.

The information auditing module 2210 is configured to determine an installation request auditing result based on the user information.

The installation response sending module 2211 is configured to send an installation response to the first user end, where the installation response includes an installation request audit result. The installation request auditing result is used for indicating whether the user meets the preset installation condition. In one case, the first server judges whether the user meets a preset installation condition according to the user information.

In one case, the installation request obtaining module 229 is further configured to obtain a registration request sent by the first user, where the registration request includes first user information.

The information auditing module 2210 is further configured to determine a first information auditing result based on the first user information.

The installation response sending module 2211 is further configured to send a registration response to the first user end, where the registration response includes a first information auditing result.

The installation response sending module 2211 is further configured to send a user authentication request to the first user end, where the user authentication request includes at least one piece of the survey form identification information, and the at least one piece of the survey form identification information is obtained based on the first user information.

The installation request obtaining module 229 is further configured to obtain a user verification response sent by the first user, where the user verification response includes second user information, and the second user information includes target exploration single identity information and proof of ownership information of the target exploration object.

The information auditing module 2210 is further configured to determine an auditing result of the installation request based on the second user information.

The installation response sending module 2211 is further configured to send a verification notification to the first user end, where the verification notification includes an installation request audit result.

The information auditing module 2210 is further configured to determine the installation request auditing result based on the first user information and the second user information, or determine a first information auditing result based on the first user information, and determine the installation request auditing result based on the first user information, the first information auditing result, and the second user information.

In one case, the installation response sending module 2211 is further configured to send a verification request to the second user end before sending the verification notification to the first user end, where the verification request includes the second user information.

The installation request obtaining module 229 is further configured to obtain a verification response sent by the second user, where the verification response includes a third information verification result, and the third information verification result is determined by the second user based on the second user information.

The information auditing module 2210 is further configured to determine a second information auditing result based on the second user information, determine the installation request auditing result based on the second information auditing result and the third information auditing result, or determine the installation request auditing result based on the second user information and the third information auditing result.

In one case, the installation response sending module 2211 is further configured to send an installation information confirmation request to the first user end after sending the verification notification to the first user end, where the installation information confirmation request includes the estimated power generation amount.

The installation request obtaining module 229 is further configured to obtain an installation information confirmation response sent by the first user equipment, where the installation information confirmation response includes installation confirmation information.

The installation response sending module 2211 is further configured to send an installation confirmation information confirmation response to the first user end, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

Fig. 23 is a block diagram of another server according to an embodiment of the present invention. As shown in fig. 23, the server 230 further includes: a construction request sending module 2312, a construction response obtaining module 2313 and a project acceptance result information determining module 2314.

The exploration request obtaining module 231 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 232 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identity information, the exploration order information is used to indicate exploration information that needs to be obtained, the exploration order identity information is used to identify an exploration order, and the exploration order identity information are generated by the exploration response sending module based on the identity information of the second user.

The component arrangement request obtaining module 233 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 234 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 235 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

The engineering implementation configuration scheme generating module 236 is configured to generate a component engineering implementation configuration scheme based on the component configuration confirmation information and the component configuration scheme after obtaining the component configuration confirmation response sent by the second user side.

The survey form updating module 237 is configured to update the survey form according to the component engineering implementation and arrangement scheme, the survey information, and the terminal location information. It should be noted that, when the survey form is updated according to the survey information and the terminal position information, the identity information of the survey form is not changed.

The examination result determining module 238 of the exploration order is configured to determine an examination result of the exploration order according to the address information, the terminal location information, and the location information attached to the installation environment image information.

The installation request obtaining module 239 is configured to obtain an installation request sent by a first user, where the installation request includes user information used to determine whether a user meets a preset installation condition, and the user information includes user identification information and proof of ownership information of a target exploration object.

The information auditing module 2310 is configured to determine an installation request auditing result based on the user information.

The installation response sending module 2311 is configured to send an installation response to the first user end, where the installation response includes an installation request audit result. The installation request auditing result is used for indicating whether the user meets the preset installation condition. In one case, the first server judges whether the user meets a preset installation condition according to the user information.

The construction request sending module 2312 is configured to send a construction request to the second user side when the installation request audit result indicates that the user meets a preset installation condition, where the construction request includes order information and a component engineering implementation and configuration scheme, and the order information includes an order notification.

The construction response obtaining module 2313 is configured to obtain a construction response sent by a second user side, where the construction response includes construction image information, and the construction image information includes image information and additional position information.

The project acceptance result information determining module 2314 is configured to determine project acceptance result information according to the position information attached to the construction image information, the address information, and the terminal position information.

In one case, the construction request sending module is further configured to send a location information modification request to the second user side when the engineering acceptance result information indicates that the locations are inconsistent, where the location information modification request is used to indicate that the locations are inconsistent.

Fig. 24 is a block diagram of another server according to an embodiment of the present invention. As shown in fig. 24, the server 240 further includes: an activation request sending module 247 and an activation response obtaining module 248.

The exploration request obtaining module 241 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 242 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identity information, the exploration order information is used to indicate exploration information that needs to be obtained, the exploration order identity information is used to identify an exploration order, and the exploration order identity information are generated by the exploration response sending module based on the identity information of the second user.

The component arrangement request obtaining module 243 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 244 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 245 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

The survey form audit result determining module 246 is configured to determine a survey form audit result of the survey form according to the address information, the terminal location information, and the location information appended to the installation environment image information.

The activation request sending module 247 is configured to send an activation request to a second server, where the activation request includes activation information, and the activation information is used to activate a power generation account corresponding to the photovoltaic power station.

The activation response obtaining module 248 is configured to obtain an activation response sent by the second server, where the activation response includes activation confirmation information.

Fig. 25 is a block diagram of another server according to an embodiment of the present invention. As shown in fig. 25, the server 250 further includes: a power station authority auditing request sending module 257 and a power station authority auditing response obtaining module 258.

The exploration request obtaining module 251 is configured to obtain an exploration request sent by a second user, where the exploration request includes identification information of the second user.

The exploration response sending module 252 is configured to send an exploration response to the second user, where the exploration response includes exploration order information and exploration order identity information, the exploration order information is used to indicate exploration information that needs to be obtained, the exploration order identity information is used to identify an exploration order, and the exploration order identity information are generated by the exploration response sending module based on the identity information of the second user.

The component arrangement request obtaining module 253 is configured to obtain a component arrangement request sent by the second user side, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the appended location information, and the attribute information includes address information.

The component arrangement response sending module 254 is configured to send a component arrangement response to the second client, where the component arrangement response includes a component arrangement scheme determined by the component arrangement response sending module based on the exploration information.

The component arrangement confirmation response obtaining module 255 is configured to obtain a component arrangement confirmation response sent by the second user end, where the component arrangement confirmation response includes component arrangement confirmation information.

The survey form audit result determining module 256 is configured to determine a survey form audit result of the survey form according to the address information, the terminal location information, and the location information attached to the installation environment image information.

The power station right audit request sending module 257 is configured to send a power station right audit request to the third server, where the power station right audit request includes power station right audit information.

The power station ownership verification response obtaining module 258 is configured to obtain a power station ownership verification response sent by the third server, where the power station ownership verification response includes a power station ownership verification result.

The second server and the third server are both third-party servers.

Fig. 26 is a block diagram of a user side according to an embodiment of the present invention. As shown in fig. 26, the user terminal 260 includes: a survey request sending module 261, a survey response obtaining module 262, a component arrangement request sending module 263, a component arrangement response obtaining module 264, and a component arrangement confirmation response sending module 265.

The survey request sending module 261 is configured to send a survey request to the first server, where the survey request includes identification information of the user terminal. For example, the identification information of the second user end may include a mobile phone number, an account number, a user name, a device number of the second user end, and the like.

The exploration response obtaining module 262 is configured to obtain an exploration response sent by the first server, where the exploration response includes exploration order information and exploration order identification information, the exploration order information is used to indicate exploration information to be obtained, the exploration order identification information is used to identify an exploration order, and the exploration order identification information are generated by the first server based on the identification information of the user terminal.

The component arrangement request sending module 263 is configured to send a component arrangement request to a first server, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the additional location information, and the attribute information includes address information.

The component arrangement response obtaining module 264 is configured to obtain a component arrangement response sent by the first server, where the component arrangement response includes a component arrangement scheme determined by the first server based on the exploration information.

The component arrangement confirmation response sending module 265 is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement confirmation information, and the component arrangement confirmation response is used to instruct the first server to determine an examination result of the survey form according to address information, the terminal position information, and position information attached to the installation environment image information.

In one case, the component arrangement request sending module 263 is further configured to send a component arrangement scheme modification request to the first server, where the component arrangement scheme modification request includes scheme modification information.

The component arrangement response obtaining module 264 is further configured to obtain a component arrangement scheme modification response sent by the first server, where the component arrangement scheme modification response includes a component arrangement modification scheme, and the component arrangement modification scheme is generated by the first server according to the scheme modification information and the component arrangement scheme.

The component arrangement confirmation response sending module 265 is further configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement modification confirmation information.

Fig. 27 is a block diagram of a structure of a user side according to an embodiment of the present invention. As shown in fig. 27, the user terminal 270 further includes: a verification request acquisition module 276 and a verification response transmission module 277.

The exploration request sending module 271 is configured to send an exploration request to the first server, where the exploration request includes identification information of the user terminal.

The exploration response obtaining module 272 is configured to obtain an exploration response sent by the first server, where the exploration response includes exploration order information and exploration order identification information, the exploration order information is used to indicate exploration information to be obtained, the exploration order identification information is used to identify an exploration order, and the exploration order identification information are generated by the first server based on the identification information of the user side.

The component arrangement request sending module 273 is configured to send a component arrangement request to the first server, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is appended and exploration information to which the exploration single-identity identification information is appended, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the additional location information, and the attribute information includes address information.

The component placement response obtaining module 274 is configured to obtain a component placement response sent by the first server, where the component placement response includes a component placement solution determined by the first server based on the survey information.

The component arrangement confirmation response sending module 275 is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement confirmation information, and the component arrangement confirmation response is used to instruct the first server to determine an examination result of the survey form according to address information, the terminal position information, and position information attached to the installation environment image information.

The verification request obtaining module 276 is configured to obtain a verification request sent by the first server after sending the component configuration confirmation response to the first server, where the verification request includes the second user information; the second user information comprises target exploration single identity identification information, ownership certification information of a target exploration object and the like.

The verification response sending module 277 is configured to send a verification response to the first server, where the verification response includes a third information verification result, and the third information verification result is determined by the verification response sending module based on the second user information.

Fig. 28 is a block diagram of a user side according to an embodiment of the present invention. As shown in fig. 28, the user terminal 280 further includes: a construction request acquisition module 288, and a construction response transmission module 289.

The survey request sending module 281 is configured to send a survey request to a first server, where the survey request includes identification information of a user terminal.

The exploration response obtaining module 282 is configured to obtain an exploration response sent by the first server, where the exploration response includes exploration order information and exploration order identification information, the exploration order information is used to indicate exploration information to be obtained, the exploration order identification information is used to identify an exploration order, and the exploration order identification information are generated by the first server based on the identification information of the user terminal.

The component arrangement request sending module 283 is configured to send a component arrangement request to the first server, where the component arrangement request includes terminal location information to which the exploration single-identity identification information is attached and exploration information to which the exploration single-identity identification information is attached, the exploration information includes user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station, and installation environment image information of the attached location information, and the attribute information includes address information.

The component arrangement response obtaining module 284 is configured to obtain a component arrangement response sent by the first server, where the component arrangement response includes a component arrangement scheme determined by the first server based on the exploration information.

The component arrangement confirmation response sending module 285 is configured to send a component arrangement confirmation response to the first server, where the component arrangement confirmation response includes component arrangement confirmation information, and the component arrangement confirmation response is used to instruct the first server to determine an examination result of the survey form according to address information, the terminal position information, and position information attached to the installation environment image information.

The verification request obtaining module 286 is configured to obtain a verification request sent by the first server after sending the component configuration confirmation response to the first server, where the verification request includes the second user information; the second user information comprises target exploration single identity identification information, ownership certification information of a target exploration object and the like.

The verification response sending module 287 is configured to send a verification response to the first server, where the verification response includes a third information verification result, and the third information verification result is determined by the verification response sending module based on the second user information.

The construction request obtaining module 288 is configured to obtain the construction request sent by the first server after sending the verification response to the first server, where the construction request includes order information and a component engineering implementation configuration scheme, and the order information includes an order notification.

The construction response sending module 289 is configured to send a construction response to the first server, where the construction response includes construction image information, and the construction image information includes image information and additional location information.

In one case, the construction request obtaining module 288 is further configured to obtain, when the engineering acceptance result information indicates that the positions are inconsistent, a position information modification request sent by the first server, where the position information modification request is used to indicate that the positions are inconsistent.

The construction response sending module 289 is further configured to send a location information modification response to the first server, where the location information modification response includes modified construction image information.

Fig. 29 is a block diagram of a structure of a user side according to an embodiment of the present invention. As shown in fig. 29, the user terminal 290 includes: an installation request sending module 291 and an installation response obtaining module 292.

The installation request sending module 291 is configured to send an installation request to the first server, where the installation request includes user information used to determine whether a user meets a preset installation condition, and the user information includes user identification information and proof of ownership information of the target exploration object.

The installation response obtaining module 292 is configured to obtain an installation response sent by the first server, where the installation response includes an installation request audit result.

In one case, the installation request sending module 291 is further configured to send a registration request to the first server, where the registration request includes the first user information.

The installation response obtaining module 292 is further configured to obtain a registration response sent by the first server, where the registration response includes a first information auditing result, and the first information auditing result is determined by the first server based on the first user information.

The installation response obtaining module 292 is further configured to obtain a user authentication request sent by the first server, where the user authentication request includes at least one piece of survey form identification information, and the at least one piece of survey form identification information is obtained by the first server based on the first user information.

The installation request sending module 291 is further configured to send a user verification response to the first server, where the user verification response includes second user information, and the second user information includes target exploration single identity information and proof of ownership information of the target exploration object.

The installation response obtaining module 292 is further configured to obtain a verification notification sent by the first server, where the verification notification includes an installation request auditing result.

In one case, the installation response obtaining module 292 is further configured to obtain the installation information confirmation request sent by the first server after obtaining the verification notification sent by the first server, where the installation information confirmation request includes the estimated power generation amount.

The installation request sending module 291 is further configured to send an installation information confirmation response to the first server, where the installation information confirmation response includes installation confirmation information.

The installation response obtaining module 292 is further configured to obtain an installation confirmation information confirmation response sent by the first server, where the installation confirmation information confirmation response is used to confirm the installation confirmation information.

Embodiments of the present invention also provide a storage medium containing computer-executable instructions, which when executed by a computer processor, are configured to perform a data processing method according to any of the embodiments of the present invention.

The embodiment of the present invention further provides an electronic device 300, which includes a memory 302, a processor 301, and a computer program stored on the memory 302 and executable by the processor 301, and when the processor executes the computer program, the processor implements the data processing method according to any embodiment of the present invention.

The embodiment of the invention also provides a database system which comprises the server node in any embodiment of the invention.

From the above description of the embodiments, it is obvious for those skilled in the art that the present invention can be implemented by software and necessary general hardware, and certainly, can also be implemented by hardware, but the former is a better embodiment in many cases. Based on such understanding, the technical solutions of the present invention may be embodied in the form of a software product, which may be stored in a computer-readable storage medium, such as a floppy disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a FLASH Memory (FLASH), a hard disk or an optical disk of a computer, and includes several instructions for enabling an electronic device (which may be a mobile terminal, a personal computer, a server, or a network device) to execute the methods according to the embodiments of the present invention.

It should be noted that the foregoing is only a preferred embodiment of the present invention and the technical principles applied. Those skilled in the art will appreciate that the embodiments of the present invention are not limited to the specific embodiments described herein, and that various obvious changes, adaptations, and substitutions are possible, without departing from the scope of the embodiments of the present invention. Therefore, although the embodiments of the present invention have been described in more detail through the above embodiments, the embodiments of the present invention are not limited to the above embodiments, and many other equivalent embodiments may be included without departing from the concept of the embodiments of the present invention, and the scope of the embodiments of the present invention is determined by the scope of the appended claims.

Claims

1. A data processing method, comprising:

the second user side sends an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information and roof orientation;

and the first server compares the position consistency according to the address information, the terminal position information and the position information attached to the installation environment image information to determine the examination result of the exploration list.

2. The method according to claim 1, further comprising, after the first server obtains the component arrangement confirmation response sent by the second client:

3. The method of claim 2, wherein the second client sending a component placement acknowledgement response to the first server comprises:

4. The method of claim 1, wherein when the survey form audit result is inconsistent in location, further comprising:

5. The method of claim 2, further comprising:

6. The method of claim 5, wherein sending an install request from a first client to the first server, and wherein sending an install response from the first server to the first client, comprises:

7. The method of claim 5, wherein sending an install request from a first client to the first server, and wherein sending an install response from the first server to the first client, comprises:

8. The method according to claim 6 or 7, before the first server sends the verification notification to the first client, further comprising:

9. The method of claim 8, after the first server sends a verification notification to the first client, further comprising:

10. The method of claim 5, further comprising:

11. The method according to claim 10, further comprising, when the engineering acceptance result information is inconsistent in location:

12. The method of claim 1, further comprising:

13. The method of claim 1, further comprising:

14. A data processing method performed by a first server, comprising:

acquiring a component arrangement request sent by the second user side, wherein the component arrangement request comprises terminal position information added with the exploration single identity identification information and exploration information added with the exploration single identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the additional position information, and the attribute information comprises address information and roof orientation;

and comparing the position consistency according to the address information, the terminal position information and the position information added by the installation environment image information, and determining the examination result of the exploration list.

15. The method according to claim 14, further comprising, after obtaining the component arrangement acknowledgement response sent by the second client:

16. The method according to claim 15, wherein obtaining the component arrangement acknowledgement response sent by the second ue comprises:

17. The method of claim 14, wherein when the survey form audit result is inconsistent in location, further comprising:

18. The method of claim 15, further comprising:

19. The method of claim 18, wherein obtaining an installation request sent by a first user and sending an installation response to the first user comprises:

20. The method of claim 18, wherein obtaining an installation request sent by a first user and sending an installation response to the first user comprises:

21. The method according to claim 19 or 20, further comprising, before sending an authentication notification to the first user terminal:

22. The method of claim 21, after sending a verification notification to the first user end, further comprising:

23. The method of claim 18, further comprising:

24. The method according to claim 23, wherein when the engineering acceptance result information is inconsistent in position, the method further comprises:

25. The method of claim 14, further comprising:

26. The method of claim 14, further comprising:

27. A data processing method, performed by a second user, comprising:

Sending an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single identity identification information and exploration information attached with the exploration single identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information and roof orientation;

28. The method of claim 27, wherein sending a component placement acknowledgement response to the first server comprises:

29. The method of claim 27, after sending a component placement acknowledgement response to the first server, further comprising:

30. The method of claim 29, after sending the verification response to the first server, further comprising:

31. The method according to claim 30, wherein when the engineering acceptance result information is inconsistent in position, the method further comprises:

32. A data processing system, comprising: the system comprises a first server and a second client;

The second user side is used for sending an assembly arrangement request to the first server, wherein the assembly arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information and roof orientation;

and the first server is used for carrying out position consistency comparison according to the address information, the terminal position information and the position information attached to the installation environment image information to determine an exploration order auditing result of the exploration order.

33. The system of claim 32, wherein:

the first server is used for generating a component engineering implementation arrangement scheme based on the component arrangement confirmation information and the component arrangement scheme after acquiring the component arrangement confirmation response sent by the second user side;

34. The system of claim 33, wherein:

the second client is configured to send a component arrangement scheme modification request to the first server, where the component arrangement scheme modification request includes scheme modification information;

35. The system of claim 32, wherein:

the first server is used for sending an exploration order modification request to the second user side when the examination result of the exploration order is inconsistent in position, wherein the exploration order modification request comprises exploration information to be modified;

36. The system of claim 33, further comprising: a first user terminal;

37. The system of claim 36, wherein:

the first client is used for sending a registration request to the first server, wherein the registration request contains first user information;

38. The system of claim 36, wherein:

39. The system of claim 37 or 38, wherein:

the first server is used for sending a verification request to the second user side before sending a verification notification to the first user side, wherein the verification request contains second user information;

40. The system of claim 39, wherein:

the first server is used for sending an installation information confirmation request to the first user side after sending a verification notice to the first user side, wherein the installation information confirmation request comprises estimated power generation amount;

41. The system of claim 36, wherein:

the first server is used for sending a construction request to the second user side when the installation request auditing result indicates that the user meets the preset installation condition, wherein the construction request comprises order information and a component engineering implementation arrangement scheme, and the order information comprises an order notice;

42. The system of claim 41, wherein:

the first server is configured to send a location information modification request to the second user side when the location information of the project acceptance result is inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

43. The system of claim 32, wherein: the system also comprises a second server;

44. The system of claim 32, wherein: a third server is also included;

45. A server, comprising: the device comprises an exploration request acquisition module, an exploration response sending module, a component arrangement request acquisition module, a component arrangement response sending module, a component arrangement confirmation response acquisition module and an exploration bill auditing result determination module;

the component arrangement request acquisition module is used for acquiring a component arrangement request sent by the second user side, wherein the component arrangement request comprises terminal position information added with the exploration single-identity identification information and exploration information added with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the additional position information, and the attribute information comprises address information and roof orientation;

and the survey order auditing result determining module is used for comparing the position consistency according to the address information, the terminal position information and the position information added by the installation environment image information to determine the survey order auditing result of the survey order.

46. The server according to claim 45, further comprising: the engineering implementation arrangement scheme generation module and the exploration list updating module;

47. The server according to claim 46, wherein:

the component arrangement request obtaining module is further configured to obtain a component arrangement scheme modification request sent by the second user end, where the component arrangement scheme modification request includes scheme modification information;

48. The server according to claim 45, wherein:

the exploration response sending module is further configured to send an exploration order modification request to the second user side when the position of the examination result of the exploration order is inconsistent, where the exploration order modification request includes exploration information to be modified;

49. The server according to claim 46, further comprising: the system comprises an installation request acquisition module, an information auditing module and an installation response sending module;

50. The server according to claim 49, wherein:

the installation request obtaining module is further configured to obtain a registration request sent by the first user, where the registration request includes first user information;

51. The server according to claim 49, wherein:

52. The server according to claim 50 or 51, wherein:

the installation response sending module is further configured to send a verification request to the second user side before sending a verification notification to the first user side, where the verification request includes second user information;

53. The server according to claim 52, wherein:

The installation response sending module is further configured to send an installation information confirmation request to the first user end after sending a verification notification to the first user end, where the installation information confirmation request includes an estimated power generation amount;

54. The server according to claim 49, further comprising: the system comprises a construction request sending module, a construction response obtaining module and a project acceptance result information determining module;

55. The server according to claim 54, wherein:

the construction request sending module is further configured to send a location information modification request to the second user side when the location of the engineering acceptance result information is inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

56. The server according to claim 45, further comprising: an activation request sending module and an activation response obtaining module;

57. The server according to claim 45, further comprising: the power station ownership auditing system comprises a power station ownership auditing request sending module and a power station ownership auditing response obtaining module;

58. A user terminal, comprising: the system comprises an exploration request sending module, an exploration response acquiring module, a component arrangement request sending module, a component arrangement response acquiring module and a component arrangement confirmation response sending module;

The component arrangement request sending module is used for sending a component arrangement request to a first server, wherein the component arrangement request comprises terminal position information attached with the exploration single-identity identification information and exploration information attached with the exploration single-identity identification information, the exploration information comprises user identification information, attribute information of a photovoltaic power station area to be installed, installation requirement information of the photovoltaic power station and installation environment image information of the attached position information, and the attribute information comprises address information and roof orientation;

59. The user terminal of claim 58, wherein:

the component arrangement request sending module is further configured to send a component arrangement scheme modification request to a first server, where the component arrangement scheme modification request includes scheme modification information;

60. The user terminal of claim 58, further comprising: the verification request acquisition module and the verification response sending module;

61. The user terminal of claim 60, further comprising: the system comprises a construction request acquisition module and a construction response sending module;

62. The user end according to claim 61, wherein:

the construction request obtaining module is further configured to obtain a location information modification request sent by the first server when the location of the project acceptance result information is inconsistent, where the location information modification request is used to indicate that the locations are inconsistent;

63. A storage medium containing computer-executable instructions, characterized in that: the computer executable instructions, when executed by a computer processor, are for performing a data processing method as claimed in any one of claims 14 to 31.

64. An electronic device comprising a memory, a processor, and a computer program stored on the memory and executable on the processor, wherein: the processor, when executing the computer program, implements the data processing method of any of claims 14-31.

65. A database system comprising a server node according to any one of claims 45-57.