CN110335008A - A network source coordination management method and platform for power grid dispatching - Google Patents

Abstract

The present invention relates to electric network data technical fields, more particularly to a kind of net source coordination management method and platform for dispatching of power netwoks, comprising: net source coordination data center module, net source coordination business function module, net source coordination statistical analysis module, visual navigation window module.Realize through the invention state, point, save three-level regulating and controlling mechanism grid-connected power plant's net source coordination management category information it is perfect, summarize and interconnect, realize that the real-time statistics to each grid-connected unit data information in netting summarize；Based on grid-connected unit various information keyword, the quick search and accurate statistics to specific type, particular rack relevant information are realized.

Description

A network source coordination management method and platform for power grid dispatching

technical field

The invention relates to the technical field of power grid data, in particular to a network source coordination management method and platform for power grid scheduling.

Background technique

In recent years, with the development of conventional energy and the continuous expansion of renewable energy such as photovoltaics and wind power, the power distribution of the power grid has become wider and wider, and the proportion of installed capacity and power generation of conventional energy power stations and new energy power stations has undergone tremendous changes. Network-related security issues between network sources have become increasingly prominent. At present, the number and scale of conventional water, thermal power units and new energy stations in the power grid are large. Due to the lack of scientific management means and technical support for massive grid-related data, there are static parameters and operating parameters of station grid-related equipment, basic information and other data are not systematically classified. , The horizontal comparison between the power plants cannot be carried out, and the query efficiency is low. In addition, some conventional water and thermal power units were put into operation early, and the technical data such as equipment ledger, electrical parameters, relay protection setting calculation book, and network-related test report were incompletely reported and updated in time; new energy sources newly put into operation Due to the short construction period of the power station and the tight commissioning time, the network-related data of some power stations are incomplete, and the relevant protection has not been specially calculated.

In order to solve the above problems, the present invention proposes a network source coordination management method and platform for grid scheduling.

SUMMARY OF THE INVENTION

The purpose of the embodiments of the present invention is to provide a network source coordination management method and platform for power grid scheduling, to ensure the safe and stable operation of the power grid, and to carry out network source coordination management work more scientifically, systematically and efficiently.

In order to achieve the above object, in a first aspect, an embodiment of the present invention provides a network source coordination management method for power grid scheduling, including:

Network source coordination data center module, this module is used to realize the parameter model library of network source coordination management application, data acquisition and integration of document database, data quality check and data query service; this module also includes basic parameter model library sub-module , Document database sub-module;

A network source coordination business function module, which is used to realize the business management and information sharing functions of the network source coordination management application, and also includes a function application sub-module and a plant network information sharing sub-module;

A network source coordination statistical analysis module, which is used to realize the data statistical analysis function of the network source coordination management application, and also includes a parameter analysis sub-module and an excitation system fault analysis sub-module;

Visual navigation window module, this module is used to realize the unified visual navigation window of the network source coordination management application. According to the different permissions of users, it can quickly locate the factory station; by clicking the factory station, the parameter information, verification situation and process of the factory station can be inquired Circulation situation, statistical analysis content information.

Preferably, the method further includes:

The network source coordination data center module ensures the integrity and correctness of the data by formulating data verification rules, and ensures the timely rectification of missing and incorrect data items by establishing a data supervision ranking mechanism; the basic parameter model library sub-module uses In order to realize the whole station parameter management of network-related plants and stations, maintain the basic data and basic information of wind, light, water, fire, nuclear and pumped-storage power sources in the network; realize unified management of network-related performance parameters; realize phase advancement, excitation, The basic data information of speed regulation, PSS and primary frequency regulation power supply is updated in time, automatically aggregated statistics, and realizes the statistical analysis, ranking supervision and display functions of network source coordination parameters; Structural and standardized management of documents; the basic parameters include thermal power generator parameters, hydropower generator parameters, model fan parameters, model inverter parameters; dynamic parameters include excitation parameters, phase advancement capacity parameters, PSS parameters, AGC parameters, AVC parameters, speed regulation parameters, capacity change parameters, and primary frequency regulation parameters; realize the dynamic parameters of the power plant through the new machine grid connection, grid connection modeling, and phase advancement capability process as the data source, and enter the parameter model library function after review;

The document database sub-module is used to manage all unstructured data generated in the process of network source coordination, including inspection reports, review comments, test reports, acceptance reports, secondary protection safety diagrams, plant site topology diagrams, and secondary As-built drawings, standardized documents, and associating the database with the model library. When selecting any equipment in the plant, you can view the parameter information and document information of the equipment at the same time; realize the document information in the early stage of the project, acceptance and commissioning, and The network operation is managed in three stages, and the documents are used as the data source through the new machine grid-connected, grid-connected modeling, and phase-advance capability processes, and then entered into the document database function after review.

Preferably, the method further includes:

In the network source coordination business function module, the function application sub-module includes a new machine grid-connected management module, a grid-connected modeling management module, a grid-connected scheduling protocol management module, a network-related protection management module, and an automation management module;

The new machine grid-connected management module is used to initiate the grid-connection application of the power plant under construction, and complete the grid-connected revenue, grid-connection test, and grid-connected operation management through various process links; the grid-connected modeling management module is used for hydropower plants, thermal The power plant provides the management of the grid-connected modeling test, including the application and review of the test plan for the PSS, excitation, and speed regulation of the unit, and the upload and review of the test results; the grid-connected dispatch protocol management module is used to provide fixed grid-connection. Dispatch agreement template, automatically generate the grid-connected dispatch agreement of the power plant according to different power plants, sign and submit; the network-related protection management module is used to realize the process management for the network-related protection of the hydropower and thermal power plants; The test plan and test results of the protection device will be reviewed by the Electric Power Research Institute, and the relevant data will be uploaded to the corresponding dispatching agency for record; the automation management module is used to realize the process management of the automatic power generation control tests of four types of power plants: water, fire, wind and light. ;Including uploading and reviewing the test plans and test results of the AGC and AVC systems;

The plant network information sharing sub-module includes notification announcement management module, standard system management module, process supervision management module, report reporting management module, and verification plan management module;

The notification and announcement management module is used to issue various notification announcements related to network source coordination; the standard system management module is used to publish various laws and regulations, standard systems, management specifications, and operation management system documents related to network source coordination for factory sites. The process supervision management module is used to supervise the processing time of each process, and the overtime process can be supervised and managed automatically or manually through the system; the report reporting management module is used for the factory station to upload the current year's inspection of the factory through the platform The report is stored in the supporting database of the platform; after each unit uploads the inspection report in a standardized and homogenized manner, the inspection report and parameters can be automatically checked; the inspection plan management module is used to screen out the plants that need annual inspection. , and automatically form an annual verification plan, which will be released to each power plant after verification.

Preferably, the method further includes:

The network source coordination statistical analysis module is used to realize the modularized statistical analysis of the parameter model, excitation system, speed regulation system and peak regulation capacity data, and realize flexible customized statistical analysis of data through the user-defined mode to meet the needs of various Statistical analysis needs of similar users; completeness analysis and correctness analysis of basic parameters, static parameters, dynamic parameters, and documentation of power stations and units are realized through the platform; statistical analysis of parameter integrity and correctness is realized by power station and region. , which can be ranked and displayed according to the completeness and accuracy of parameters, and can provide supervision functions; the parameter analysis sub-module is used for parameter comparative analysis and reporting of network-source coordination applications; the excitation system fault analysis sub-module is used for network-source coordination applications Statistical analysis and early warning of excitation system faults.

Preferably, the method further includes a data interface transmission process:

The parametric model data and document data are transmitted through the vertically interconnected data interface; the data interface includes the upper-level data platform, the middle-level data platform, and the lower-level data platform; the data of the lower-level data platform is shared with the intermediate-level data platform through the interconnection The interface is shared with the upper-level data platform, so that the upper-level data platform can consult the parameter models and documents synchronized to the database through the interface;

The specific steps include: the system uses the E file + small mail method to send the parameter model data and document data to the upper-level data platform and the intermediate data platform step by step;

The lower-level data platform forms E-files with power plant parameters, unit parameters, and document parameters through the E-file packaging tool, and then sends them to the storage location designated by the intermediate-level data platform through the message mail server;

The intermediate data platform uses the timing scanning tool to regularly scan the E file in the specified storage location, and read the E file;

The intermediate data platform uses the E file parsing tool to parse the E file, and stores the data in the database of the intermediate data platform;

The intermediate data platform forms E files with power plant parameters, unit parameters, and document parameters through the E file packaging tool, and then sends them to the storage location designated by the upper-level data platform through the message mail server;

The upper-level data platform uses the timing scanning tool to regularly scan the E file under the specified storage location, and read the E file;

The upper-level data platform uses the E-file parsing tool to parse the E-file, and stores the data in the database of the upper-level data platform.

Preferably, it also includes a method for invoking network source coordination data:

Get network source data of a specified type within a specified time period;

Establish a network source data model according to the specified type of network source data within the specified time period;

Obtain the network source data of the specified type at the current time, and compare and analyze the network source data of the specified type at the current time and the network source data model,

Upload the specified type of network source data at the current time and the comparative analysis result to the backend server, and receive the network source data calling plan generated by the backend server according to the comparative analysis result.

Preferably, establishing a network source data model according to a specified type of network source data within the specified time period specifically includes:

Set sliding windows with different predetermined time steps; perform sliding processing on the specified type of network source data within the specified time period according to the sliding window to obtain multiple window data; perform sampling processing on each window data to Obtain sample data corresponding to each predetermined time step; preprocess the sample data to obtain training data; build a network source data model according to the training data and the model.

On the other hand, the present invention also proposes a network source coordination management platform for power grid dispatching, which implements the above-mentioned network source coordination management method for power grid dispatching.

On the other hand, the present invention also provides a computer device, comprising a memory, a processor, and a computer program stored in the memory and running on the processor, the processor implements the above-mentioned one when executing the program. A network source coordination management method for grid dispatching.

On the other hand, the present invention also provides a computer-readable storage medium on which a computer program is stored, and when the program is executed by a processor, implements the above-mentioned network source coordination management method for grid scheduling.

The beneficial effects of the present invention are as follows: through the network source coordination management method and platform for power grid dispatching proposed by the present invention, the perfection and aggregation of the grid-connected power plant network source coordination management information of the national, sub-provincial and three-level regulatory agencies can be realized. and interconnection. The first is to fill in and improve the basic information on the ledger of thermal power, hydropower, nuclear power, wind, light and other types and units in the grid based on the information of the single unit in the grid-connected power plant. The second is to realize a data structure in which the entire power plant is constructed with a single unit, and the grid-connected power plants in the province are aggregated into the data structure of the grid-connected unit information in the province; The third is based on the ledger information of each unit, to realize the real-time statistical summary of the data information of each grid-connected unit in the network; based on various information keywords of the grid-connected unit, to realize the quick query of the relevant information of specific types and specific units and accurate statistics.

Description of drawings

In order to illustrate the specific embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings that are required to be used in the description of the specific embodiments or the prior art. Similar elements or parts are generally identified by similar reference numerals throughout the drawings. In the drawings, each element or section is not necessarily drawn to actual scale.

FIG. 1 is a schematic structural diagram of a network source coordination management method and platform for grid scheduling provided by the present invention.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Referring to FIG. 1 , in a first aspect, an embodiment of the present invention provides a network source coordination management method for power grid scheduling, including:

Network source coordination data center module, this module is used to realize the parameter model library of network source coordination management application, data acquisition and integration of document database, data quality check and data query service; this module also includes basic parameter model library sub-module , Document database sub-module;

A network source coordination business function module, which is used to realize the business management and information sharing functions of the network source coordination management application, and also includes a function application sub-module and a plant network information sharing sub-module;

A network source coordination statistical analysis module, which is used to realize the data statistical analysis function of the network source coordination management application, and also includes a parameter analysis sub-module and an excitation system fault analysis sub-module;

Visual navigation window module, this module is used to realize the unified visual navigation window of the network source coordination management application. According to the different permissions of users, it can quickly locate the factory station; by clicking the factory station, the parameter information, verification situation and process of the factory station can be inquired Circulation situation, statistical analysis content information.

Preferably, the method further includes:

The network source coordination data center module ensures the integrity and correctness of the data by formulating data verification rules, and ensures the timely rectification of missing and incorrect data items by establishing a data supervision ranking mechanism; the basic parameter model library sub-module uses In order to realize the whole station parameter management of network-related plants and stations, maintain the basic data and basic information of wind, light, water, fire, nuclear and pumped-storage power sources in the network; realize unified management of network-related performance parameters; realize phase advancement, excitation, The basic data information of speed regulation, PSS and primary frequency regulation power supply is updated in time, automatically aggregated statistics, and realizes the statistical analysis, ranking supervision and display functions of network source coordination parameters; Structural and standardized management of documents; the basic parameters include thermal power generator parameters, hydropower generator parameters, model fan parameters, model inverter parameters; dynamic parameters include excitation parameters, phase advancement capacity parameters, PSS parameters, AGC parameters, AVC parameters, speed regulation parameters, capacity change parameters, and primary frequency regulation parameters; realize the dynamic parameters of the power plant through the new machine grid connection, grid connection modeling, and phase advancement capability process as the data source, and enter the parameter model library function after review;

The document database sub-module is used to manage all unstructured data generated in the process of network source coordination, including inspection reports, review comments, test reports, acceptance reports, secondary protection safety diagrams, plant site topology diagrams, and secondary As-built drawings, standardized documents, and associating the database with the model library. When selecting any equipment in the plant, you can view the parameter information and document information of the equipment at the same time; realize the document information in the early stage of the project, acceptance and commissioning, and The network operation is managed in three stages, and the documents are used as the data source through the new machine grid-connected, grid-connected modeling, and phase-advance capability processes, and then entered into the document database function after review.

Preferably, the method further includes:

In the network source coordination business function module, the function application sub-module includes a new machine grid-connected management module, a grid-connected modeling management module, a grid-connected scheduling protocol management module, a network-related protection management module, and an automation management module;

The new machine grid-connected management module is used to initiate the grid-connection application of the power plant under construction, and complete the grid-connected revenue, grid-connection test, and grid-connected operation management through various process links; the grid-connected modeling management module is used for hydropower plants, thermal The power plant provides the management of the grid-connected modeling test, including the application and review of the test plan for the PSS, excitation, and speed regulation of the unit, and the upload and review of the test results; the grid-connected dispatch protocol management module is used to provide fixed grid-connection. Dispatch agreement template, automatically generate the grid-connected dispatch agreement of the power plant according to different power plants, sign and submit; the network-related protection management module is used to realize the process management for the network-related protection of the hydropower and thermal power plants; The test plan and test results of the protection device will be reviewed by the Electric Power Research Institute, and the relevant data will be uploaded to the corresponding dispatching agency for record; the automation management module is used to realize the process management of the automatic power generation control tests of four types of power plants: water, fire, wind and light. ;Including uploading and reviewing the test plans and test results of the AGC and AVC systems;

The plant network information sharing sub-module includes notification announcement management module, standard system management module, process supervision management module, report reporting management module, and verification plan management module;

The notification and announcement management module is used to issue various notification announcements related to network source coordination; the standard system management module is used to publish various laws and regulations, standard systems, management specifications, and operation management system documents related to network source coordination for factory sites. The process supervision management module is used to supervise the processing time of each process, and the overtime process can be supervised and managed automatically or manually through the system; the report reporting management module is used for the factory station to upload the current year's inspection of the factory through the platform The report is stored in the supporting database of the platform; after each unit uploads the inspection report in a standardized and homogenized manner, the inspection report and parameters can be automatically checked; the inspection plan management module is used to screen out the plants that need annual inspection. , and automatically form an annual verification plan, which will be released to each power plant after verification.

Preferably, the method further includes:

The network source coordination statistical analysis module is used to realize the modularized statistical analysis of the parameter model, excitation system, speed regulation system and peak regulation capacity data, and realize flexible customized statistical analysis of data through the user-defined mode to meet the needs of various Statistical analysis needs of similar users; completeness analysis and correctness analysis of basic parameters, static parameters, dynamic parameters, and documentation of power stations and units are realized through the platform; statistical analysis of parameter integrity and correctness is realized by power station and region. , which can be ranked and displayed according to the completeness and accuracy of parameters, and can provide supervision functions; the parameter analysis sub-module is used for parameter comparative analysis and reporting of network-source coordination applications; the excitation system fault analysis sub-module is used for network-source coordination applications Statistical analysis and early warning of excitation system faults.

Preferably, the method further includes a data interface transmission process:

The parametric model data and document data are transmitted through the vertically interconnected data interface; the data interface includes the upper-level data platform, the middle-level data platform, and the lower-level data platform; the data of the lower-level data platform is shared with the intermediate-level data platform through the interconnection The interface is shared with the upper-level data platform, so that the upper-level data platform can consult the parameter models and documents synchronized to the database through the interface;

The specific steps include: the system uses the E file + small mail method to send the parameter model data and document data to the upper-level data platform and the intermediate data platform step by step;

The lower-level data platform forms E-files with power plant parameters, unit parameters, and document parameters through the E-file packaging tool, and then sends them to the storage location designated by the intermediate-level data platform through the message mail server;

The intermediate data platform uses the timing scanning tool to regularly scan the E file in the specified storage location, and read the E file;

The intermediate data platform uses the E file parsing tool to parse the E file, and stores the data in the database of the intermediate data platform;

The intermediate data platform forms E files with power plant parameters, unit parameters, and document parameters through the E file packaging tool, and then sends them to the storage location designated by the upper-level data platform through the message mail server;

The upper-level data platform uses the timing scanning tool to regularly scan the E file under the specified storage location, and read the E file;

The upper-level data platform uses the E-file parsing tool to parse the E-file, and stores the data in the database of the upper-level data platform.

Preferably, it also includes a method for invoking network source coordination data:

Get network source data of a specified type within a specified time period;

Establish a network source data model according to the specified type of network source data within the specified time period;

Obtain the network source data of the specified type at the current time, and compare and analyze the network source data of the specified type at the current time and the network source data model,

Upload the specified type of network source data at the current time and the comparative analysis result to the backend server, and receive the network source data calling plan generated by the backend server according to the comparative analysis result.

Preferably, establishing a network source data model according to a specified type of network source data within the specified time period specifically includes:

Set sliding windows with different predetermined time steps; perform sliding processing on the specified type of network source data within the specified time period according to the sliding window to obtain multiple window data; perform sampling processing on each window data to Obtain sample data corresponding to each predetermined time step; preprocess the sample data to obtain training data; build a network source data model according to the training data and the model.

On the other hand, the present invention also proposes a network source coordination management platform for power grid dispatching, which implements the above-mentioned network source coordination management method for power grid dispatching.

On the other hand, the present invention also provides a computer device, comprising a memory, a processor, and a computer program stored in the memory and running on the processor, the processor implements the above-mentioned one when executing the program. A network source coordination management method for grid dispatching.

On the other hand, the present invention also provides a computer-readable storage medium on which a computer program is stored, and when the program is executed by a processor, implements the above-mentioned network source coordination management method for grid scheduling.

It should be noted that, for the specific workflow of the user terminal in the embodiment of the present invention, please refer to the foregoing method embodiment section, and details are not described herein again.

Those of ordinary skill in the art can realize that the units and algorithm steps of each example described in conjunction with the embodiments disclosed herein can be implemented in electronic hardware, computer software, or a combination of the two. Interchangeability, the above description has generally described the components and steps of each example in terms of function. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the technical solution. Skilled artisans may implement the described functionality using different methods for each particular application, but such implementations should not be considered beyond the scope of the present invention.

In the several embodiments provided in this application, it should be understood that the disclosed apparatus and method may be implemented in other manners. For example, the apparatus embodiments described above are only illustrative. For example, the division of the units is only a logical function division. In actual implementation, there may be other division methods. For example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored, or not implemented. In addition, the shown or discussed mutual coupling or direct coupling or communication connection may be indirect coupling or communication connection through some interfaces, devices or units, and may also be electrical, mechanical or other forms of connection.

The units described as separate components may or may not be physically separated, and components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solutions of the embodiments of the present invention.

In addition, each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may exist physically alone, or two or more units may be integrated into one unit. The above-mentioned integrated units may be implemented in the form of hardware, or may be implemented in the form of software functional units.

The integrated unit, if implemented in the form of a software functional unit and sold or used as an independent product, may be stored in a computer-readable storage medium. Based on this understanding, the technical solution of the present invention is essentially or a part that contributes to the prior art, or all or part of the technical solution can be embodied in the form of a software product, and the computer software product is stored in a storage medium , including several instructions to cause a computer device (which may be a personal computer, a server, or a network device, etc.) to execute all or part of the steps of the methods described in the various embodiments of the present invention. The aforementioned storage medium includes: U disk, removable hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disk or optical disk and other media that can store program codes.

The above are only specific embodiments of the present invention, but the protection scope of the present invention is not limited to this. Any person skilled in the art can easily think of various equivalents within the technical scope disclosed by the present invention. Modifications or substitutions should be included within the protection scope of the present invention. Therefore, the protection scope of the present invention should be subject to the protection scope of the claims.

Claims (10)

1. a kind of net source coordination management method for dispatching of power netwoks characterized by comprising

Net source coordination data center module, parameter model library which applies for realizing net source coordination management, document information The data acquisition in library and integration, the quality of data is checked and data query service；The module further includes underlying parameter model library submodule Block, document information library submodule；

Net source coordination business function module, the service management and information sharing function which applies for realizing net source coordination management Can, which further includes functional application submodule, factory's net information sharing submodule；

Net source coordination statistical analysis module, the data statistic analysis function which applies for realizing net source coordination management should Module further includes Parameter analysis submodule, excitation system accident analysis submodule；

Visual navigation window module, the unified visual navigation window which applies for realizing net source coordination management, root According to the difference of user of service's permission, plant stand is quickly positioned；The parameter information of the plant stand can be inquired by clicking plant stand, verify feelings Condition, workflow situation, statistical analysis content information.

2. a kind of net source coordination management method for dispatching of power netwoks according to claim 1, which is characterized in that this method Further include:

The net source coordination data center module guarantees the integrality and correctness of data, leads to by formulating data check rule It crosses and establishes data supervisor's ranking mechanism, it is ensured that the timely rectification to missing errors data item；The underlying parameter model library submodule Block believes wind, light, water, fire, core, pumped storage power supply basic data, basis in netting for realizing the whole station parameter management for relating to net plant stand Breath is safeguarded；Realization relates to the unified management of net performance parameter；It realizes into phase, excitation, speed regulation, PSS, primary frequency modulation power supply basis number It is believed that breath timely updates, function is supervised and manage and shown to automatic collect statistics, the statistical analysis for realizing net source coordination parameter, ranking；It is real Existing structuring, standardized management of the power end using unit as minimum unit, to its underlying parameter, dynamic parameter and document information； Wherein underlying parameter includes thermoelectricity generator parameter, hydroelectricity generator parameter, template fan parameter, template inverter parameters；It is dynamic State parameter includes excitation parameter, under-excitation ability parameter, PSS parameter, AGC parameter, AVC parameter, speed regulation parameter, capacity change ginseng Number, primary frequency modulation parameter；Realize power plant's dynamic parameter it is grid-connected by new machine, it is grid-connected model, under-excitation ability process is as data source End enters parameter model library facility after audit；

Management of the document information library submodule for realizing all unstructured datas generated during net source coordination, packet Include survey report, review comment, test report, acceptance report, secondary protection safety figure, plant stand topological diagram, secondary as-built drawing, rule Generalized documentation, and data bank and model library are associated, when selecting plant stand arbitrary equipment, the equipment can be checked simultaneously Parameter information, document information information；Realize document information sub-item early period, check and accept put into operation, three phases management of being incorporated into the power networks, it is real Existing document information is grid-connected by new machine, grid-connected modeling, under-excitation ability process as data source, into document information library after audit Function.

3. a kind of net source coordination management method for dispatching of power netwoks according to claim 1, which is characterized in that this method Further include:

In the net source coordination business function module, functional application submodule includes the grid-connected management module of new machine, grid-connected modeled tubes Reason module, relates to net conservative management module, automatic management module at grid-connected scheduling protocol management module；

The new grid-connected management module of machine is building the grid-connected application of power plant for initiating, via each procedure links complete grid-connected receipts money, Grid connection test, the grid-connected management that puts into operation;Grid-connected modeling management module is used to provide the pipe of grid-connected modeling for hydroelectric power plant, thermal power plant Reason including the PSS to unit, excitation, the testing program application of three kinds of tests of speed regulation and audit, the upload of test result and is examined Core；Grid-connected scheduling protocol management module automatically generates this according to different power plant for providing fixed grid-connected scheduling protocol template The grid-connected scheduling protocol of power plant, is signed and is submitted；Net conservative management module is related to for for water power, thermoelectricity two types power plant Unit relate to net protection implementation process management；Including to unit protective device testing program and test result examined by DianKeYuan Core, and related data is uploaded to corresponding scheduling institution and is put on record；Automatic management module is used for water, fire, wind, four seed type of light Power plant's Automatic Generation Control tests implementation process management；Including to AGC, AVC system testing program and test result into Row uploads and audit；

Factory's net information sharing submodule include notice bulletin management module, standard system management module, process supervisor management module, Report reporting management module verifies planning management module；

Notice bulletin management module is for issuing all kinds of notice bulletins relevant to net source coordination；Standard system management module is used for Issue the relevant all kinds of laws and regulations of net source coordination, standard system, management regulation, operational management system document, for plant stand end into Row study；For process supervisor's management module for exercising supervision to the processing time of each process, overtime process can be by system certainly Move or carry out manually supervisor's management;Report reporting management module uploads the inspection report of plant stand current year for plant stand end by platform It accuses, and is stored in the evidence data bank of platform；Constituent parts standardization is reported with after homogeneity upload audit report, it can be achieved that checking Accuse the automatic checking with parameter；Verify planning management module for the plant stand for carrying out annual verification will to be needed to screen, automatically It is formed and verifies plan in year, each power plant is published to after auditing.

4. a kind of net source coordination management method for dispatching of power netwoks according to claim 1, which is characterized in that this method Further include:

The net source coordination statistical analysis module is for realizing to parameter model, excitation system, speed-regulating system and peak modulation capacity number According to modularization statistical analysis realize and the flexible customization of data statisticallyd analyze, meet all kinds of and by user's self-defined pattern The statistical analysis demand of user；It is realized by platform and power station and crew base parameter, static parameter, dynamic parameter, document is provided The integrity analysis and Correctness Analysis of material；The statistical of parameter integrality and correctness is realized by way of by power station, area Analysis can carry out ranking displaying by parameter integrality and accuracy, and can provide supervisor's function；The Parameter analysis submodule is used for The parameter comparison analysis and report of net source coordination application；Excitation system accident analysis submodule is used for the excitation of net source coordination application System outage statistics analysis and early warning.

5. a kind of net source coordination management method for dispatching of power netwoks according to claim 1, which is characterized in that this method Further include data-interface transmission flow:

Parameter model data, document information data pass through the data-interface longitudinally interconnected and transmit；Data-interface includes higher level's data Platform, stage data platform, junior's data platform；The data of junior's data platform share to stage data by interconnecting interface and put down The data of platform, stage data platform share to higher level's data platform by interface, realize that higher level's data platform can be consulted by connecing Mouth is synchronized to parameter model and document information in database；

Specific steps include: that system uses E file+small lettergram mode to send parameter model data, document information step by step in advance Supreme grade data platform, stage data platform；

Power plant's parameter, unit parameter, document parameter are formed E file by E Document encapsulation tool by junior's data platform, then are passed through Message mail service device is sent to the specified storage location of stage data platform；

Stage data platform utilizes the E file under timing scan tool timing scan designated storage location, and reads E file；

Stage data platform parses E file using E file parsing tool, and data are stored to the data of stage data platform Library；

Power plant's parameter, unit parameter, document parameter are formed E file by E Document encapsulation tool by stage data platform, then are passed through Message mail service device is sent to the specified storage location of higher level's data platform；

Higher level's data platform utilizes the E file under timing scan tool timing scan designated storage location, and reads E file；

Higher level's data platform parses E file using E file parsing tool, and data are stored to the data of supreme grade data platform Library.

6. a kind of net source coordination management method for dispatching of power netwoks according to claim 1, which is characterized in that further include Net source coordination data calling method:

Obtain the net source data of the specified type in designated time period；

Net source data model is established according to the net source data of the specified type in the designated time period；

The net source data for obtaining the specified type of current time, by the net source data of the specified type of the current time and described Net source data model compares and analyzes,

The net source data of the specified type of the current time and comparative analysis result are uploaded to background server, and receive institute State the net source data calling plan that background server is generated according to the comparative analysis result.

7. a kind of net source coordination management method for dispatching of power netwoks according to claim 6, which is characterized in that according to institute The net source data for stating the specified type in designated time period is established net source data model and is specifically included:

The sliding window of different predetermined time step-lengths is set；According to the sliding window to the specified class in the designated time period The net source data of type carries out sliding processing, to obtain multiple window datas；Sampling processing is carried out to each window data, to obtain The corresponding sample data of each predetermined time step-length；The sample data is pre-processed, to obtain training data；According to described Training data and model foundation net source data model.

8. a kind of net source coordination for dispatching of power netwoks manages platform, it is characterised in that: the platform realize claim 1-7 it A kind of net source coordination management method for dispatching of power netwoks described in one.

9. a kind of computer equipment including memory, processor and stores the meter that can be run on a memory and on a processor Calculation machine program, which is characterized in that realize that one kind described in one of claim 1-7 is used for when the processor executes described program The net source coordination management method of dispatching of power netwoks.

10. a kind of computer readable storage medium, is stored thereon with computer program, which is characterized in that the program is by processor A kind of net source coordination management method for dispatching of power netwoks described in one of claim 1-7 is realized when execution.