TWM615177U - Mobile charging device management system - Google Patents

Abstract

This application relates to a mobile charging device management system. The power collection platform analyzes the power supply data of the power supply center, and the integrated unit records and stores the power supply data; the user center provides the charging demand data of multiple users; the transaction unit combines the charging demand data and power supply The data is paired or for further negotiation, and sent to the mobile charging platform when the purchase is established, so that it can send the mobile charging car in the best position to charge the vehicle of the matched user. This application solves the low charging efficiency of the traditional mobile charging station. The charging cost is high, and the green battery charging is not a problem for the audience.

Description

Mobile charging device management system

This application relates to the field of power supply technology, and in particular to a mobile charging device management system.

Green power refers to the zero or close to zero carbon dioxide emissions in the process of producing electricity, because it has a lower impact on the environment than electricity produced by other methods (such as thermal power generation). The main sources of green electricity are solar energy, wind power, biomass energy, and geothermal energy. From a global perspective, traditional green power trading and use still need to be improved.

In recent years, the oil crisis, severe shortage of non-renewable resources, and environmental pollution have been extremely severe. Carrying out the charging and swapping business of electric vehicles and accelerating the construction of charging and swapping networks and car networking platforms are inevitable trends in national development. Today's charging stations generally have a large number of charging piles, which charge electric vehicles at the same time, which is easy to cause overload, which will seriously affect the load and voltage of the distribution network. On the other hand, when users use charging piles, the security of transaction data transmission and storage is also an urgent problem to be solved. When the electric vehicle needs to be charged, the user cannot meet the nearby charging requirement, and cannot complete the charging work conveniently and quickly, which is also the current drawback. In order to meet the requirements for deviation assessment and orderly charging of direct power purchase (market-based power purchase) Charging devices and other energy storage devices to improve the utilization and charging efficiency of electricity, absorb green energy, reduce charging costs, and maximize the benefits of the green energy charging station system are methods that urgently need to be studied on how to charge electric vehicles.

In view of the shortcomings of the prior art, this application discloses a mobile charging device management system, which is used to solve the problems of low charging efficiency of traditional mobile charging stations, high charging costs, and insufficient green power charging.

This application is realized through the following technical solutions:

This application provides a mobile charging device management system, including a power collection platform (2), a green power platform (3) and a user center (4);

The power collection platform (2) obtains the types of power supply data from the power supply center (1) and performs category analysis and total calculation. The power supply data is transmitted to the integrated unit (5) of the green power platform (3), and the integrated unit (5) pairs The power supply data is recorded and stored, and sent to the transaction unit (6) after internal negotiation;

The user center (4) collects the charging demand data of multiple users through the collection unit (9) to the transaction unit (6) for purchase matching or provides purchase negotiation, and sends the result to the mobile charging platform (8) when the purchase is established. The mobile charging device in the best position is dispatched to charge the vehicle of the matched user, and the central processing unit (13) determines whether to start the charging operation for the mobile charging device.

Among them, the power supply data includes one or both of mains power and green power.

Among them, the charging demand data collected by the collecting unit (9) is transmitted to the preprocessing unit (10) to immediately classify the charging demand data and then send it to Transaction unit (6).

Among them, the transaction unit (6) distributes the charging demand data and the power supply data, and sends them to the mobile charging platform (8) to dispatch a mobile charging device in the best position to charge the vehicle of the matched user.

Among them, the mobile charging platform (8) and the user center (4) are interconnected through a wireless transceiver unit (11).

Among them, the mobile charging platform (8) sends the charging status and the current remaining power of the mobile charging device to the integrated unit (3), and the integrated unit (3) stores the current information and determines whether to start the charging operation of the mobile charging device.

Among them, the user center (4) determines the location of the currently allocated user through the supply and demand unit (12), obtains the arrival time of the mobile charging device through the central processing unit (13) and determines whether to make a reservation.

Among them, the power supply center (1) interacts with one or more types of green power supply data to integrate different types of green power.

Wherein, the transaction unit (6) is connected to the judging unit (14), and the judging unit (14) is used to display the result of the user's selection of power supply data, identify the power supply data, and determine the type of the power supply data.

Among them, if the type of power supply data is commercial power, it will be directly transmitted to the mobile charging platform (8); if the type of power supply data is green power, it will be transmitted to the evaluation unit (7). certificate.

Wherein, the evaluation unit (7) stores and sends the user's points to the preprocessing unit (10) for point accumulation. In one embodiment, the preprocessing unit (10) After the points reach the limit of the green card points, the users will be exchanged for electricity.

Among them, the green certificate is a green energy certificate, which is an electronic certificate issued by a green power platform (3) for green power consumed by a user with a unique power code identification for redeeming power supply data.

Among them, the collection unit (9) associates the user's initial data with the point data, and pair extraction, labeling and classification. In one embodiment, the smart contract is docked and adapted to establish an individualized and highly matched information database.

Among them, a centralized monitoring unit runs in the green power platform (3), and the centralized monitoring unit performs a security check on the data of the green power platform (3).

The purpose of this application and the solution of its technical problems can be further achieved by the following technical measures.

A management method of a mobile charging device provided according to the present application includes the following steps:

Obtain the type of power supply data, perform category analysis and total calculation, record and store the power supply data, and send it to the transaction unit after internal negotiation;

The user center collects the charging demand data of multiple users, classifies the charging demand data and sends it to the transaction unit;

The transaction unit distributes the charging demand data and the power supply data, and displays the result of the user's selection of the power supply data;

The mobile charging platform and the user center are interconnected through the wireless transceiver unit to determine the location of the current assigned user and determine whether to make an appointment;

Compare the charging status and the current remaining battery information of the mobile charging device And store the current information, and finally determine whether to charge the mobile charging device.

Among them, in the method, if the type of power supply data is commercial power, it will be directly transmitted to the mobile charging platform; if the type of power supply data is green power, it will be transmitted to the evaluation unit to select the green power charging ratio for the user and score points and issue a green certificate. To the mobile charging platform.

Among them, in the method, the power supply data is transmitted to the integrated unit of the green power platform, and the integrated unit records and stores the power supply data, and sends it to the transaction unit after internal negotiation.

Among them, in the method, the mobile charging platform and the user center are interconnected through wireless receipt and dispatch. The user center determines the location of the current allocated user through the supply and demand unit, obtains the arrival time of the mobile charging device through the central processing unit, and determines whether to make an appointment.

Among them, the mobile charging device may be a mobile charging vehicle.

The beneficial effects of this application are:

In the past, power supply centers mostly concentrated on a single mains power supply, but this application realizes the integration of multi-modal green power supply types, merges multiple green power generation types into a power supply center and intelligently analyzes the power collection platform to solve a variety of green power supply Resource utilization and charging and storage issues.

In this application, the charging requirements of multiple users are collected, classified and sorted, and the mobile charging device closest to the current user is allocated through the transaction unit to improve the efficiency of detection and matching. Provide users with a reference for the location of the mobile charging device and reasonably judge the length of time the charging device arrives, and determine whether it needs to make an appointment in advance, saving people It also improves the charging efficiency and solves the problem that mobile charging devices cannot achieve optimal charging matching.

The judging unit verifies the validity and completeness of the transaction, which greatly improves the convenience, matching and trust integrity of charging, so that each charge follows the best interests of the mobile charging device dispatched by the user and the mobile charging platform. The wireless transceiver unit is used to communicate with users and the best mobile charging device to ensure the safety of data collection, power transmission and power storage for both parties, and each charging transaction can be recorded by the preprocessing unit.

This application uses green energy as charging power, which not only reduces charging costs, but also establishes a green certificate points processing system for current users to ensure users' green power points accumulation and redemption. On this basis, the orderly management of the green power platform can be realized, which can fully meet the preference assessment of the mains and green power and encourage users to choose cleaner green power sources. By making full use of the mobile charging platform, the utilization rate of user charging is improved, and the benefits of mobile charging vehicles are maximized.

The mobile charging device management system of the present application has excellent power supply transaction effects and strong practicability, and solves the disadvantages of the existing traditional mobile charging stations, such as low charging efficiency, high charging costs, and low green power charging, and is suitable for popularization and use.

1: Power supply center

2: Electricity collection platform

3: Green Power Platform

4: User Center

5: Comprehensive unit

6: Transaction unit

7: Evaluation unit

8: Mobile charging platform

9: Collection center

10: Pretreatment unit

11: Wireless transceiver unit

12: Supply and demand unit

13: Central processing unit

14: Judgment unit

In order to more clearly explain the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the drawings in the following description are merely present Some examples of the application, for those of ordinary skill in the art, do not pay creative work Under the premise of, other embodiments can also be obtained according to these drawings

Figure 1 is a schematic diagram of the internal framework system of the present application;

Figure 2 is a diagram of the principle steps of a mobile charging device management method.

The technical solutions and advantages are more clear. The following will clearly and completely describe the technical solutions in the embodiments of the present application in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are part of the embodiments of the present application, not All examples. Based on the embodiments in this application, all other embodiments obtained by those of ordinary skill in the art without creative work shall fall within the protection scope of this application.

In this embodiment, FIG. 1 is a schematic diagram of the internal framework system of this application. In an embodiment of the present application, a mobile charging device management system as shown in FIG. 1 is disclosed, including a power collection platform 2, a green power platform 3, and a user center 4. The power collection platform 2 obtains power supply data from the power supply center 1. Type and analyze the categories and calculate the total amount. The power supply data includes one or two of the mains or green power.

In an embodiment of the present application, green power is green power, which mainly refers to power generation equipment manufacturing enterprises (the energy used in green power production is renewable natural resources), which includes: wind power equipment factories and various parts manufacturing factories ( Such as blades, generators, gearboxes, towers, hydraulic systems, control systems, etc.), photovoltaic power generation system manufacturing plants (such as solar cells, batteries, controllers, etc.), and geothermal power generation equipment manufacturing companies (such as generator sets, monitoring instruments, etc.) Drilling systems, etc.), tidal power generation equipment plants, and straw gasification and gas supply power generation equipment manufacturers. Power supply center 1 is powered by a variety of green power Data interaction satisfies the integration of different types of green electricity.

In an embodiment of the present application, most of the previous power supply centers concentrated on a single mains power supply, and this application realizes the integration of multi-modal green power supply types, combining multiple types of green power generation into a power supply center and through the power acquisition platform Intelligent analysis solves the problems of utilization of a variety of green power supply resources and charging and storage.

In an embodiment of the present application, the power supply data is transmitted to the integrated unit 5 of the green power platform 3, and the integrated unit 5 records and stores the power supply data, and sends it to the transaction unit 6 after internal negotiation. The user center 4 collects the charging demand data of multiple users through the collecting unit 9, and transmits it to the preprocessing unit 10 to classify and process the charging demand data in real time and send it to the transaction unit 6. The collection unit 9 associates the user's initial data with the points data, and pair extraction, labeling and classification, docking and adapting smart contracts, and establishing an individualized and highly matched information database.

In an embodiment of the present application, the transaction unit 6 distributes the charging demand data and the power supply data, and sends them to the mobile charging platform 8 to dispatch a mobile charging device at the best location to charge the matching user's vehicle. The transaction unit 6 is connected to the judging unit 14. The judging unit 14 is used to display the result of the user's selection of power supply data, identify the power supply data, and determine the type of the power supply data.

In an embodiment of the present application, the judging unit 14 verifies the validity and completeness of the transaction, which greatly improves the convenience, matching, and trust integrity of charging, so that every charging follows to ensure that users and mobile charging Platform 8 dispatches the best interests of mobile charging devices.

In an embodiment of the present application, if the type of power supply data is mains Then it is directly transmitted to the mobile charging platform 8; if the type of power supply data is green power, it is transmitted to the evaluation unit 7 to select the green power charging ratio for the user, score points, and issue a green certificate. The green certificate is a green energy certificate, which is an electronic certificate issued by the green power platform 3 for the green power consumed by the user with a unique power code identification for redeeming power supply data.

In an embodiment of the present application, the evaluation unit 7 stores the user's points and sends them to the pre-processing unit 10 for point accumulation. The pre-processing unit 10 exchanges power for the user after the points reach the green certificate point limit.

In an embodiment of the present application, the mobile charging platform 8 and the user center 4 are interconnected through the wireless transceiver unit 11. The user center 4 determines the location of the current assigned user through the supply and demand unit 12, and obtains the information reached by the mobile charging device through the central processing unit 13. Time and determine whether to make an appointment.

In an embodiment of the present application, the mobile charging platform 8 sends the charging status and the current remaining power of the mobile charging device to the integrated unit 3, and the integrated unit 3 stores the current information and determines whether to charge the mobile charging device.

In an embodiment of the present application, the wireless transceiver unit 11 is used to communicate with users and the best mobile charging device to ensure the safety of data collection, power transmission, and power storage for both parties, and each charging transaction can be pre-processed Unit 10 performs data recording.

In this application, the charging requirements of multiple users are collected, classified and sorted, and the mobile charging device closest to the current user is allocated through the transaction unit 6 to improve the efficiency of detection and matching. Provide users with a reference for the location of the mobile charging device and reasonably judge the length of time the charging device arrives, determine whether it needs to make an appointment in advance, and save Improve charging efficiency while reducing human resources, solving the problem that mobile charging devices cannot achieve optimal charging matching.

In an embodiment of the present application, the integrated unit 15 of the green power platform 3 has the advantages of high reliability, fast adjustment speed, and resource matching elastic scaling, and can solve the problems of various types and multiple requirements of power supply data. Effectively promote the matching degree of user needs, and effectively analyze and process the massive data of users and the mobile charging platform 8.

In an embodiment of the present application, a centralized monitoring unit runs in the green power platform 3, and the centralized monitoring unit performs a security check on the data of the green power platform 3. A security antivirus module and a security check module run in the centralized monitoring unit, and the security check module specifically performs a security check on the data in the storage area by calling the security antivirus module.

In an embodiment of the present application, the security check module is used to save and update user data and viruses, and send the updated user data and viruses to the security antivirus module, and the security antivirus module is used for real-time monitoring through the green electricity platform 3 The transmitted data content and compare the monitored data content with the transaction content in the user database to detect whether there is a virus in the data content. If a virus is detected in the data content, clear the data content and re-store the data . If no virus is detected in the data content, the data is stored directly.

In an embodiment of the present application, the antivirus of the security antivirus module innovatively integrates five leading anti-virus engines to provide full-time and comprehensive virus protection. Not only does it have excellent anti-virus capabilities, but it can also defend against newly emerging virus Trojan horses in the first place. . Realize the efficient protection of the back-end database of the Green Power Platform 3 to prevent data loss and data errors due to virus intrusion, thereby avoiding the occurrence of accumulated user power points According to the error, the points are cleared and the points cannot be redeemed.

In an embodiment of the present application, a mobile charging device management method as shown in FIG. 2 is disclosed, including the following steps:

Obtain the type of power supply data, perform category analysis and total calculation, record and store the power supply data, and send it to the transaction unit after internal negotiation;

The user center collects the charging demand data of multiple users, classifies the charging demand data and sends it to the transaction unit;

The transaction unit distributes the charging demand data and the power supply data, and displays the result of the user's selection of the power supply data;

The mobile charging platform and the user center are interconnected through the wireless transceiver unit to determine the location of the current assigned user and determine whether to make an appointment;

Compare the charging situation with the current remaining power information of the mobile charging device and store the current information, and finally determine whether to charge the mobile charging device.

In an embodiment of the present application, if the type of power supply data is commercial power, it will be directly transmitted to the mobile charging platform; if the type of power supply data is green power, it will be transmitted to the evaluation unit. The user selects the proportion of green power charging, points it and awards it. The green certificate is transmitted to the mobile charging platform.

In an embodiment of the present application, the power supply data is transmitted to the integrated unit of the green power platform, and the integrated unit records and stores the power supply data, and sends it to the transaction unit after internal negotiation.

In an embodiment of the present application, the mobile charging platform and the user center are interconnected through the wireless transceiver unit 11, and the user center determines the current Allocate the location of the user, obtain the arrival time of the mobile charging device through the central processing unit and determine whether to make an appointment

Among them, the mobile charging device may be a mobile charging vehicle.

This application uses green energy as charging power, which not only reduces charging costs, but also establishes a green certificate points processing system for current users to ensure users' green power points accumulation and redemption. On this basis, the orderly management of the green power platform 3 can be realized, which can fully meet the preference assessment of city power and green power and encourage users to choose cleaner green power sources. By making full use of the mobile charging platform 8, the utilization rate of user charging is improved, and the benefits of mobile charging vehicles are maximized.

In summary, the mobile charging device management system of the present application has excellent power supply transaction effects and strong practicability. It solves the disadvantages of the existing traditional mobile charging stations, such as low charging efficiency, high charging costs, and low green power charging, and is suitable for popularization.

The above embodiments are only used to illustrate the technical solutions of the present application, not to limit them; although the present application has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that they can still compare the previous embodiments. The recorded technical solutions are modified, or some of the technical features are equivalently replaced; and these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the spirit and scope of the technical solutions of the embodiments of the present application.

1: Power supply center

2: Electricity collection platform

3: Green Power Platform

4: User Center

5: Comprehensive unit

6: Transaction unit

7: Evaluation unit

8: Mobile charging platform

9: Acquisition unit

10: Pretreatment unit

11: Wireless transceiver unit

12: Supply and demand unit

13: Central processing unit

14: Judgment unit

Claims (10)

A mobile charging device management system, which includes: a power collection platform, a green power platform, and a user center; The power collection platform obtains the types of power supply data from the power supply center and performs category analysis and total calculation. The power supply data is transmitted to the integrated unit of the green power platform, and the integrated unit records and stores the power supply data. The price is negotiated internally. And then sent to the transaction unit; The user center collects the charging demand data of multiple users through the collection unit to the transaction unit for purchase matching or provides purchase negotiation, and sends the result to the mobile charging platform when the purchase is established, so as to dispatch the mobile charging device in the best position to the mobile charging platform. The vehicle of the matched user is charged, and the central processing unit determines whether to start the charging operation of the mobile charging device. For example, the mobile charging device management system of the first item of the scope of patent application, wherein the power supply data includes one or two of mains power or green power. For example, the mobile charging device management system of the first item of the scope of patent application, wherein the charging demand data collected by the collecting unit is transmitted to the preprocessing unit, so that the charging demand data can be classified and processed immediately before being sent to the transaction unit. For example, the mobile charging device management system of item 3 of the scope of patent application, wherein the transaction unit performs transaction distribution of the charging demand data and the power supply data, and sends them to the mobile charging platform to dispatch the mobile charging device in the best position to the The vehicle of the matched user is charged. For example, the mobile charging device management system of the first item in the scope of patent application, wherein the mobile charging platform and the user center are interconnected through a wireless transceiver unit. For example, the mobile charging device management system of item 5 of the scope of patent application, wherein the mobile charging platform sends the charging status and the current remaining power of the mobile charging device to the comprehensive list Yuan, the integrated unit stores the current information and determines whether to start the charging operation of the mobile charging device. For example, the mobile charging device management system of the first item of the scope of patent application, wherein the user center determines the location of the current allocated user through the supply and demand unit, and obtains the arrival time of the mobile charging device through the central processing unit and determines whether to make an appointment. For example, the mobile charging device management system of the first item in the scope of patent application, wherein the power supply center interacts with one or more types of green power supply data to integrate different types of green power. For example, the mobile charging device management system of item 1 of the scope of patent application, wherein the transaction unit is connected to a judging unit, and the judging unit is used to display the result of the user selecting the power supply data, and to identify the power supply data to determine the power supply The type of data. For example, the mobile charging device management system of item 3 of the scope of patent application, in which, if the type of power supply data is commercial power, it will be directly transmitted to the mobile charging platform; if the type of power supply data is green power, it will be transmitted to the evaluation unit to the user Select the proportion of green electricity charging and perform points and issue green certificates; the evaluation unit stores the user's points and sends them to the preprocessing unit for point accumulation, and the preprocessing unit reaches the limit of the green certificate points The user is exchanged for power; the green certificate is a green energy certificate, which is an electronic certificate issued by the green power platform for the green power consumed by the user with a unique power code identification for redeeming the power supply data.

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