CN115716428A - A charging pile operation management system for smart communities - Google Patents

Abstract

The invention discloses a charging pile operation management system for smart communities, which belongs to the technical field of smart communities; it includes: a project module for creating, setting and maintaining projects; an equipment module for adding and modifying equipment; a user module, Used to manage users and record user data; recharge module, used to provide recharge function; billing module, used to provide charging billing settings; monthly card module, used to provide prepaid charging management; charging module, used for charging equipment Management; account sharing module, used to distribute profits with operators; smart community linkage module, used for linkage with smart communities. In the present invention, the charging pile operation management system is linked with the smart community, which not only improves the convenience of users in a targeted manner, but also allows users to experience the convenience and benefits brought by technology in more aspects; charging is coupled with various services in the community , realize multi-service interconnection, increase user stickiness and operator benefits.

Description

A charging pile operation management system for smart communities

technical field

The invention relates to the technical field of smart communities, in particular to a charging pile operation management system for smart communities.

Background technique

In recent years, with the enhancement of people's awareness of environmental protection and the encouragement and support of relevant national policies, the electric vehicle market is in a stage of vigorous development; thus, the charging problems of a large number of electric vehicles, new energy vehicles and other equipment need to be solved urgently.

Due to safety issues such as fires, electric vehicles are not allowed to go upstairs by ladder, and dangerous operations such as flying wires and electricity are not allowed; currently, charging piles, charging sockets and other charging equipment are used in most communities to provide charging for users.

The emergence of billing and charging equipment reduces the potential safety hazards of electric vehicles in the community and protects the property and personal safety of residents; at the same time, it improves the traffic and environment of the community, which is conducive to property management and can improve the overall service capability of the property; in addition , and also allow power station investors (managers) to obtain profits.

Today, with the transformation of the community towards intelligence and digitalization, the charging equipment is still an old management model, which operates independently and has nothing to do with the smart community. Some devices are charged by swiping cards, which require users to purchase cards and recharge at the property; some devices need to download APP, which is not only troublesome to operate, but also contains advertisements in the APP, which makes the user experience extremely bad.

In addition, the existing charging mostly adopts the form of charging by time, which cannot meet the charging management of devices of various specifications; the actual billing is unreasonable if the user power is different; if it is set to a fixed power output, it will cause a lot of waste of charging time and cannot To meet the fast charging requirements of existing equipment; and, it can only realize the charging switch, and the customer cannot be notified in time if there is an abnormality; it lacks reliable, efficient and intelligent management.

In addition, with the increase of new energy vehicles, the management system is completely separated between the charging equipment used for electric vehicles and the charging equipment used for new energy vehicles. Community linkage.

Contents of the invention

The purpose of the present invention is to solve the problem of lack of high-efficiency, intelligent, and linkage management in the charging system in the prior art, and propose a charging pile operation management system for smart communities.

In order to achieve the above object, the present invention adopts the following technical solutions:

A charging pile operation management system for smart communities, including:

Project module for creating, setting and maintaining projects;

Equipment module, used to add and modify equipment;

User module, used to manage users and record user data;

A recharge module is used to provide a recharge function;

A billing module, configured to provide charging billing settings;

Monthly card module, used to provide prepaid charging management;

The charging module is used to manage the charging equipment;

Account sharing module, used to distribute profits with operators;

The smart community linkage module is used for linkage with the smart community.

In some embodiments, the project module establishes a project in the unit of a cell, and the project includes charging equipment, monitoring equipment, and access control equipment; wherein, the project module includes:

Create a project, set the project name, address, contact number;

Set up the project, initialize the charging pile type, charging method, electricity cost, operation customer service phone number, billing setting, monthly card package setting, and new user gift amount in the project;

Maintain the project, carry out post-maintenance and management of the project;

Wherein, the equipment module includes:

Add a new device, set the device name, model, serial number, socket quantity, installation location;

Modify the device and modify the device information;

It also includes unbinding the device, if the charging device is no longer used, then unbinding the device.

In some embodiments, the user module includes:

Record user account, registration time, registration source, bound items, login information, balance, consumption records, permissions, and set free charging function;

Among them, the registration sources include applets, APPs, and physical cards.

In some embodiments, the recharging module records information related to user recharging;

Including recharge order number, recharge time, user account number, project name, user type, recharge amount, and bonus amount.

In some embodiments, the billing module includes:

1) Billing by power:

Set different power to match different prices;

The device heartbeat sends the real-time charging power, and calculates the fee to be deducted per minute;

2) Billing by hour:

Set time-of-use billing rules, and set different prices for different time periods;

Also based on the real-time power per minute, calculate the amount of fees that users need to deduct;

3) Billing by a fixed amount:

The user selects the amount to be used, and after the calculated deduction fee arrives, the power is automatically cut off to end the charging.

In some embodiments, the monthly card module specifically includes:

According to the charging times, according to the charging time.

In some embodiments, the charging module is set in the charging device, obtains the charging power and time, sends them to the billing module, and controls the charging on and off;

The charging module includes online charging and offline charging;

Among them, online charging is: the user opens the APP, or small program, or web page to perform online charging operation; offline charging is: the user uses a physical card to charge by swiping the card on the charging device;

The charging module also includes: charging records, charging power graphs, and charging end reasons.

In some embodiments, the account distribution module distributes the recharge amount for the project; according to the contract signed with the operator, the distribution is made according to the sharing ratio.

In some embodiments, the smart community linkage module includes:

Linkage with property services:

In the property system, if the owner user pays the property fee in advance or pays the property fee on time, then the property management personnel can set it in the background and give a charging red envelope; by rewarding the user who pays the property fee on time, the charging money is rewarded to attract users Pay on time and reduce collection rate;

Linkage with monitoring service:

In the monitoring system, online live streaming is performed for the charging equipment area, and users can view the charging site in real time on the app.

In some embodiments, the smart community linkage module further includes:

In connection with advertising services:

In the advertising system, voice advertising content can be issued for projects or charging devices; when users are charging, relevant advertising voices will be broadcast; thus, additional revenue will be brought to the operator;

Linkage with parking services:

For new energy vehicles, the parking fee will be reduced or exempted when the car is fully charged for a specified time or times; thus, the number of charging and parking times of the project will be increased, and the user's viscosity will be enhanced;

Linkage with the community mall:

Users use charging, according to the charging time or charging times, the points in the community mall are given away; users can accumulate points, and when they reach a certain point value, they can exchange corresponding items in the points mall.

Compared with the prior art, the present invention provides a smart community-oriented charging pile operation management system, which has the following beneficial effects.

1. In the present invention, the charging pile operation management system is linked with the smart community, which not only improves the convenience of users in a targeted manner, but also allows users to experience the convenience and benefits brought by technology in more aspects; charging and community Business coupling, realizing multi-service interconnection, improving user stickiness and operator benefits.

2. In the present invention, the project is established in the unit of the community, including charging equipment, monitoring equipment, access control equipment and other related equipment and facilities, providing regional management for the property or operator, and implementing multi-service coverage for project management; cross-regional services can be realized , to set different deployment schemes.

3. In the present invention, the billing module has more reliable scientificity and flexibility; moreover, it is easy to expand and adapt to different forms of charging requirements; feedbacks the charging power diagram and the reason for the end of charging, improves user experience, and provides efficient and intelligent manage.

Other advantages, objects and features of the present invention will be set forth in the following description to some extent; and will be obvious to those skilled in the art based on the investigation and research below to some extent; or , can be taught from the practice of the present invention.

Description of drawings

Figure 1 is a description diagram of device charging.

Figure 2 is a flow chart of user charging.

Figure 3 is a diagram describing the charging technology.

Figure 4 is a charging management diagram.

Figure 5 is a diagram of the smart community charging relationship.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention.

Referring to Figure 1-5, a charging pile operation management system for smart communities, including: project module, equipment module, user module, recharge module, billing module, monthly card module, charging module, account sharing module, and smart community linkage module .

Among them, the project module and equipment module are used for the overall configuration of the system, and the charging equipment is connected to the management system; the user module, recharge module, billing module, and monthly card module are used for consumption management to the user; the charging module combines charging equipment (including facilities that provide charging support to users in the form of charging piles, charging sockets, etc.), providing charging services to users; the accounting module is used to distribute profits among management, operation, and property; These community functions are connected together to form a hybrid, cross-cutting and comprehensive smart service.

Through the above functional modules, this system links the charging pile operation management system with the smart community, which not only improves the convenience of users in a targeted manner, but also makes the operation simple; it also allows users to experience the convenience and benefits brought by technology in more aspects. , to achieve multi-service interconnection.

Among them, specifically:

Project module for creating, setting and maintaining projects;

Equipment module, used to add and modify equipment;

User module, used to manage users and record user data;

A recharge module is used to provide a recharge function;

A billing module, configured to provide charging billing settings;

Monthly card module, used to provide prepaid charging management;

The charging module is used to manage the charging equipment;

Account sharing module, used to distribute profits with operators;

The smart community linkage module is used for linkage with the smart community.

It is understandable that the system is deployed on the server, and after the charging equipment is installed, it is connected to the management system to provide users with charging functions; the system has corresponding management authority, and the operator has the system management and setting authority of each module; The applet logs into the system.

It is understandable that not only WeChat applets can be used on the client side, but also APPs, public account H5 pages and other forms can be used. This is also the client technology used by most of the market; however, the popularity and positioning of WeChat applets just happen In line with the product concept of charging needs, small programs are more suitable for product positioning and promotion, and are convenient for users to use and manage.

In the smart community, the project module establishes a project based on the community; the project includes: charging equipment, monitoring equipment, access control equipment and other related equipment and facilities; provides regional management for the property or operator, and implements multi-service coverage for project management.

In some embodiments, project modules include:

To create a project, you need to set project name, address, contact number and other related information to distinguish different communities;

Set up the project, initialize the charging pile type, charging method, electricity cost, operation customer service phone number, billing setting, monthly card package setting, new user gift amount, etc. in the project;

Maintain the project, carry out post-maintenance and management of the project.

It is understandable that after the project is set up according to the community, the relevant equipment, services, and management in the community can be included in the project as a functional module of the smart community; The interval between each service; in addition, for a larger community or according to actual needs, a community can also be divided into multiple projects for different deployment schemes.

In some embodiments, the equipment module includes:

Add a new device, set the device name, model, serial number, socket quantity, installation location and other related information;

Modify the device to modify the device information.

In addition, it also includes unbinding the device;

If the charging device is no longer used, unbind the device; after unbinding, it can be re-bound or replaced with another item.

In some embodiments, user modules, including:

Record user account number, registration time, registration source, bound items, login information, balance, consumption records, permissions, setting free charging function, etc.

Among them, the registration sources include applets, APPs, physical cards, etc.

It is understandable that the original user physical card, electronic account, etc. can be migrated to this system to establish associated accounts; in addition, it is also possible to import property information and create accounts for owners in batches, etc.

It is understandable that the setting of the free charging function is used to provide services to some special accounts; for example, property management personnel, special care groups, etc.

In some embodiments, the recharging module records information related to user recharging.

Specifically, it includes recharge order number, recharge time, user account number, project name, user type, recharge amount, gift amount, etc.

It is understandable that when implementing cross-regional services, a user's account can be bound to multiple projects, set to be combined or billed separately, and identified by project name; according to the type of user, different preferential schemes can be set , marketing plan, etc.

In some embodiments, the charging module includes charging by power, charging by time-of-use, and charging by fixed amount.

Compared with conventional billing forms, it is more reliable, scientific and flexible; moreover, it is easy to expand and adapt to different forms of charging requirements (such as directly adapting to the calculation of charging charges for electric vehicles and new energy vehicles).

1) Billing by power:

Set different power to match different prices.

For example: 0-200w, one yuan can charge for 4 hours; 200w-300w, one yuan can charge for 3 hours.

At the same time, the heartbeat of the device sends the real-time charging power, and calculates the fee to be deducted per minute.

Example 1: A user’s device power is 233w within one minute, then the user’s balance is deducted every minute = 1/(3*60) ≈ 0.0056;

Example 2: The power of a user's device in the first hour is 122w, and the power of the device in the second hour is 222w; then the user's total balance deduction = 1/(4*60)*60+1/(3* 60) *60 ≈ 0.58 yuan.

2) Billing by hour:

Set time-of-use billing rules, and set different prices for different time periods.

For example: 0-12 hours per kilowatt-hour of electricity is 1 yuan, 12-24 hours per kilowatt-hour of electricity is 1.1 yuan.

Similarly, according to the real-time power per minute, the amount of fees to be deducted by the user is calculated.

3) Billing by a fixed amount:

The user chooses the amount to be used, such as 1 yuan, 2 yuan, 5 yuan, etc.; after the calculated deduction fee arrives, the power will be cut off actively to end the charging.

For example, if the user chooses 2 yuan, the real-time power sent by the device will be used to calculate the amount of fees that need to be deducted by the user per minute; if the deducted amount reaches 2 yuan, the charging will end.

In some embodiments, the monthly card module includes: charging times and charging duration.

In the project settings, you can set the monthly card package for this project, the original price and the preferential price, etc.; the monthly card expires 30 days after the day of purchase; No fee will be deducted from the account balance; after the consumption of card benefits in the current month is completed, the balance will continue to be charged.

It can be understood that the monthly card module also includes: according to the charging power; the user pre-purchases a certain amount of power, giving discounts or gifts.

In some embodiments, the charging module is set in the charging device, obtains the charging power and time, sends them to the billing module, and controls the charging on and off.

The charging module includes online charging and offline charging; among them, the online charging is: the user opens the APP, or small program, or web page to perform online charging operation; the offline charging is: the user uses the physical card to swipe the card on the charging device Charge.

The charging module also includes: charging records, charging power graphs, and charging end reasons.

Among them, the reasons for the end of charging include the following:

0=other;

1=There is no charging standard for the device, please contact the local operator;

2=Exceed the maximum charging power set by this project;

3=Exceeded the maximum charging power set by this project;

4=The balance is exhausted;

5=The maximum charging time you set is reached;

6=The billing setting is wrong;

7=Achieving the full self-stop standard of this project;

8=Exceeds the maximum safe charging time of the platform;

9=The device is offline;

10=The fixed amount is exhausted;

20=manual close;

21=The operator is closed;

22=This charging is roaming charging, and the actual payment account balance is insufficient;

23=The charging power suddenly increases, for safety, this charging is turned off;

24=Stop charging during after-sales maintenance;

25=This charging is cross-project charging, and the actual payment account balance is insufficient;

26=Manual settlement by the operator;

100=The power is too low or no power;

-30=device off;

-31=emergency stop;

-32=Pull out the charging gun;

-33=CP signal is abnormal;

-34=AC overvoltage;

-35=AC undervoltage;

-36=AC overcurrent;

-37=Swipe card to close;

-38=The charging cable is not connected;

-39=equipment power failure;

-40=ground error;

-41=One of the following three reasons leads to the shutdown of this charging: 1. Unplug the charger manually; 2. The socket or charging gun is loose; 3. The charger stops working abnormally;

-42=Charging pile detection is full;

-43=Exceeds the maximum charging power of a charging pile;

-44=Background closed;

-45=relay sticking;

-46=other;

-47=Channel failure;

-48=reached the set maximum duration;

-49=The total power of the equipment exceeds the limit;

-50=other;

-51=The vehicle stops charging;

-52=No power, the charging cable is not connected or the vehicle does not allow charging.

It can be understood that the above are part of the pre-set reasons, and the specific reasons include but are not limited to the above-mentioned part.

In some embodiments, the account distribution module distributes the recharge amount for items.

According to the contract signed with the operator, the recharge amount of the project will be distributed according to the sharing ratio.

Example: The contract signed by this project is that the operator commissions 80%; then the project sets the account sharing ratio as 80%, and the user recharges 10 yuan, and the operator can get 10*80% = 8 yuan.

It also includes account sharing among multiple operators;

The contract signed by the project is that operator a gets 30% commission, and operator b gets 40% commission; then finally operator a can get 3 yuan, and operator b can get 4 yuan.

In some embodiments, the smart community linkage module includes multi-service linkage.

Under the entire smart community system, charging is only one of the businesses; charging management seems to be independent, but it is coupled with other businesses.

1) Linkage with property services.

In the property system, if the owner user pays the property fee in advance or pays the property fee on time, then the property management personnel can set it in the background and give a charging red envelope; by rewarding the user who pays the property fee on time, the charging money is rewarded to attract users Pay on time to reduce the collection rate; users can use the free charging money to charge in the community.

2) Linkage with monitoring service.

In the monitoring system, online live streaming is performed for the charging equipment area, and users can view the charging site in real time on the app side, web page side, etc.

3) Associated with advertising services.

In the advertising system, the voice advertisement content can be issued for the project or charging equipment; after the voice advertisement is set, it will be delivered to the device; when the user is charging, the relevant advertisement voice will be broadcast; thus, it will bring additional benefits to the operator. income.

It can be understood that, for the charging device equipped with a display screen, video advertisements, and information related to other smart communities, such as notifications, announcements, and promotions, can also be pushed.

4) Linkage with parking service:

For new energy vehicles, the parking fee will be reduced or exempted when the vehicle is fully charged for a specified time or times; thus, the number of charging and parking times of the project will be increased, and the user's viscosity will be enhanced.

5) Linkage with the community mall.

Users use charging, according to the charging time or charging times, the points in the community mall are given away; users can accumulate points, and when they reach a certain point value, they can exchange corresponding items in the points mall.

It can be understood that it includes but is not limited to the above-mentioned linkage with the service; according to the deployment content of the smart community, various related linkage settings can be accessed.

In the following, part of the operation process will be described in conjunction with the accompanying drawings.

Please refer to Figure 1, which is a description diagram of device charging; the user charges by swiping the physical card, and the charging device reads the data and sends it to the system to obtain information and control charging; The server communicates with the charging device using HTTPS/EMQX.

Please refer to Figure 2, the charging flow chart for the user; the user uses the mobile phone to open the WeChat applet, and connects to the server through HTTPS; the server sends an instruction to the charging device to power on the corresponding socket; the user starts charging the electric vehicle through the connected socket .

Please refer to Figure 3, which is a description diagram of the charging technology, and related charging feedback is set.

The user opens the WeChat applet and initiates a power-off command to the server; the server sends a power-off command to the charging device through EMQX; the charging device finishes powering on the socket and notifies the server of the power-off result; the server notifies the user of the power-off result.

In addition, during charging, the user can check the deduction status, charging power, etc. through the WeChat applet; when there is an abnormal power failure, the charging device will feedback the reason, and the server will send a reminder to the user.

Please refer to Figure 4 for a charge management diagram.

Management personnel enter the smart community management system (or enter the charging pile operation management system separately), and can view user lists, recharge records, charging records and other data; set and modify charging items, manage charging equipment, and set accounts. .

Please refer to Figure 5, the charging relationship diagram for the smart community.

The charging service is associated with each service; through the advertising service, the voice advertisement is pushed to the charging equipment; through the property service, set up payment and send a charging red envelope; through the monitoring service, provide users with real-time viewing of the video; Mall service, set charging and gift mall points.

The invention discloses a charging pile operation management system for smart communities, including the following parts: project module, equipment module, user module, recharge module, billing module, monthly card module, charging module, account sharing module, and smart community linkage module ;Targeted to improve user convenience, simple operation, and reduce users' complicated steps in operation; the concept of C-end users is constantly upgrading. With the development of technology, everyone is more willing to use convenience, speed, and simplicity Charging in a new way; better integrating the charging pile business into the smart community system, allowing users to experience the convenience and benefits brought by technology in more aspects.

In the present invention, the charging pile system can be used alone to meet the normal charging requirements; associated with other business systems in the smart community system, the linkage effect can be achieved and higher benefits can be achieved; the charging pile operation management system is linked with the smart community. It not only improves the convenience of users, but also allows users to experience the convenience and benefits brought by technology in more aspects; charging is coupled with various services in the community, realizing multi-service interconnection, increasing user stickiness and operator benefits.

In the present invention, a project is established with a community as a unit, including charging equipment, monitoring equipment, access control equipment and other related equipment and facilities, providing regional management for the property or operator, and implementing multi-service coverage for project management; cross-regional services can be realized. Set up different deployment scenarios.

In the present invention, the billing module is more reliable, scientific and flexible; moreover, it is easy to expand and adapt to different forms of charging requirements; it feeds back the charging power diagram and the reason for the end of charging, improves user experience, and provides efficient and intelligent management .

The above is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto, any person familiar with the technical field within the technical scope disclosed in the present invention, according to the technical solution of the present invention Any equivalent replacement or change of the inventive concepts thereof shall fall within the protection scope of the present invention.

In the description of this specification, descriptions referring to the terms "one embodiment", "some embodiments", "example", "specific examples", or "some examples" mean that specific features described in connection with the embodiment or example , structure, material or characteristic is included in at least one embodiment or example of the present invention. In this specification, the schematic representations of the above terms are not necessarily directed to the same embodiment or example. Furthermore, the described specific features, structures, materials or characteristics may be combined in any suitable manner in any one or more embodiments or examples. In addition, those skilled in the art can combine and combine different embodiments or examples and features of different embodiments or examples described in this specification without conflicting with each other.

Although the embodiments of the present invention have been shown and described above, it can be understood that the above embodiments are exemplary and should not be construed as limiting the present invention, those skilled in the art can make the above-mentioned The embodiments are subject to changes, modifications, substitutions and variations.

Claims (10)

1. A charging pile operation management system for smart communities, characterized in that it comprises: Project module for creating, setting and maintaining projects; Equipment module, used to add and modify equipment; User module, used to manage users and record user data; A recharge module is used to provide a recharge function; A billing module, configured to provide charging billing settings; Monthly card module, used to provide prepaid charging management; The charging module is used to manage the charging equipment; Account sharing module, used to distribute profits with operators; The smart community linkage module is used for linkage with the smart community. 2. The charging pile operation management system for smart communities according to claim 1, wherein the project module establishes projects in units of communities, and the projects include charging equipment, monitoring equipment, and access control equipment; Wherein, the project module includes: Create a project, set the project name, address, contact number; Set up the project, initialize the charging pile type, charging method, electricity cost, operation customer service phone number, billing setting, monthly card package setting, and new user gift amount in the project; Maintain the project, carry out post-maintenance and management of the project; Wherein, the equipment module includes: Add a new device, set the device name, model, serial number, socket quantity, installation location; Modify the device and modify the device information; It also includes unbinding the device, if the charging device is no longer used, then unbinding the device. 3. The smart community-oriented charging pile operation management system according to claim 2, wherein the user module includes: Record user account, registration time, registration source, bound items, login information, balance, consumption records, permissions, and set free charging function; Among them, the registration sources include applets, APPs, and physical cards. 4. The smart community-oriented charging pile operation management system according to claim 3, characterized in that the recharge module records information related to user recharge; Including recharge order number, recharge time, user account number, project name, user type, recharge amount, and bonus amount. 5. The smart community-oriented charging pile operation management system according to claim 1, wherein the billing module includes: 1) Billing by power: Set different power to match different prices; The device heartbeat sends the real-time charging power, and calculates the fee to be deducted per minute; 2) Billing by hour: Set time-of-use billing rules, and set different prices for different time periods; Also based on the real-time power per minute, calculate the amount of fees that users need to deduct; 3) Billing by a fixed amount: The user selects the amount to be used, and after the calculated deduction fee arrives, the power is automatically cut off to end the charging. 6. The smart community-oriented charging pile operation management system according to claim 5, wherein the monthly card module specifically includes: According to the charging times, according to the charging time. 7. The smart community-oriented charging pile operation management system according to claim 1, characterized in that the charging module is set in the charging device, obtains the power and time of charging, sends them to the billing module, and controls the opening of charging ,closure; The charging module includes online charging and offline charging; Among them, online charging is: the user opens the APP, or small program, or web page to perform online charging operation; offline charging is: the user uses a physical card to charge by swiping the card on the charging device; The charging module also includes: charging records, charging power graphs, and charging end reasons. 8. The smart community-oriented charging pile operation management system according to claim 1, characterized in that, the account distribution module distributes the recharge amount for the project; according to the contract signed with the operator, the distribution is made according to the share ratio . 9. The smart community-oriented charging pile operation management system according to claim 1, wherein the smart community linkage module includes: Linkage with property services: In the property system, if the owner user pays the property fee in advance or pays the property fee on time, then the property management personnel can set it in the background and give a charging red envelope; by rewarding the user who pays the property fee on time, the charging money is rewarded to attract users Pay on time and reduce collection rate; Linkage with monitoring service: In the monitoring system, online live streaming is performed for the charging equipment area, and users can view the charging site in real time on the app. 10. The smart community-oriented charging pile operation management system according to claim 9, wherein the smart community linkage module further includes: In connection with advertising services: In the advertising system, voice advertising content can be issued for projects or charging devices; when users are charging, relevant advertising voices will be broadcast; thus, additional revenue will be brought to the operator; Linkage with parking services: For new energy vehicles, the parking fee will be reduced or exempted when the vehicle is fully charged for a specified time or times; thus, the number of charging and parking times of the project will be increased, and the user's viscosity will be enhanced; Linkage with the community mall: Users use charging, according to the charging time or charging times, the points in the community mall are given away; users can accumulate points, and when they reach a certain point value, they can exchange corresponding items in the points mall.

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