CN111461926A - Charging station electric power demand side management system - Google Patents
Charging station electric power demand side management system Download PDFInfo
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Abstract
The invention relates to the field of power utilization management, and provides a charging station power demand side management system which comprises a user interface, an account management module, a new energy and distributed energy data management module, a power supply management module and a power supply management module, wherein the user interface is used for providing power for a charging station; the new energy and distributed energy data management module is connected with each electric vehicle charging station in a certain area and at least one intelligent power consumption interaction equipment terminal of each photovoltaic power station; connecting a user interface; receiving and storing data and information returned by all intelligent power consumption interaction equipment terminals; the data and information comprise electric vehicle charging station data and information and photovoltaic power station data and information. The system can realize information sharing and management of the charging stations, can also find out high-quality electric vehicle charging stations and photovoltaic power stations and obtain corresponding data of the electric vehicle charging stations or the photovoltaic power stations; data and information collection can also be monitored; a channel to confirm the authenticity of the reported information may also be provided.
Description
Technical Field
The invention relates to the field of power utilization management, in particular to a charging station power demand side management system.
Background
Practices fully show that power demand side management is an important measure for improving the utilization efficiency of electric energy, realizing power saving and emission reduction, promoting optimal configuration of power resources and guaranteeing the power utilization order. In daily life, new energy automobiles are the trend of automobile development, and at present, new energy automobiles rely on electric energy, and the supply of the electric energy depends on charging stations. However, charging station power is not reasonable enough in terms of management at present, and therefore it is necessary to provide a system that realizes information sharing and management of charging stations.
Disclosure of Invention
The invention aims to solve the problem that the charging station power in the prior art is not reasonable enough in management, and provides a charging station power demand side management system which is used for achieving information sharing and management of a charging station.
The technical scheme adopted by the invention is that the invention provides a charging station electric power demand side management system, which comprises
The system comprises a user interface, a server and a server, wherein the user interface is used for receiving requirements of a user in the authority of a user account and providing functions and information in the authority;
the account management module is connected with the user interface, sets a user account, a password and an identity, and sets the authority of the user account according to the identity of the user;
the new energy and distributed energy data management module is connected with each electric vehicle charging station in a certain area and at least one intelligent power consumption interaction equipment terminal of each photovoltaic power station; connecting a user interface; receiving and storing data and information returned by all intelligent power consumption interaction equipment terminals; the data and information comprise electric vehicle charging station data and information and photovoltaic power station data and information;
and the new energy and distributed energy inspection module is connected with the new energy and distributed energy data management module and the user interface, acquires the data and the information, receives audit data and energy-saving monitoring information which are input by a third party evaluation mechanism and correspond to the data and the information after confirming that the data and the information meet the standard requirements, and confirms that the data and the information are verified and generates an inspection report after monitoring that a specified user passes the inspection of the audit data and the energy-saving monitoring information.
The user identities include: the system comprises a common user, a system administrator, a third-party evaluation organization user, a charging station user and an auditor. The distributed energy is an energy supply mode built at a user end, can be operated independently or in a grid-connected mode, is a system for determining the mode and the capacity in a resource and environmental benefit maximization mode, carries out system integration and optimization on multiple energy requirements of a user and resource allocation conditions, adopts a novel energy system with demand response type design and modularized allocation, and is a distributed energy supply mode relative to centralized energy supply.
When the system operates, according to an operation instruction in user authority, the new energy and distributed energy data management module acquires data and information of at least one intelligent power consumption interaction equipment terminal of each electric vehicle charging station and each photovoltaic power station, and then compares the acquired data and information of at least one intelligent power consumption interaction equipment terminal with audit data and energy-saving monitoring information input by a third party assessment mechanism through the new energy and distributed energy inspection module, and inspects the data and information by auditors; when the system obtains an instruction that the inspection passes, the system generates an inspection report. The user can see the specific content of the inspection report on the user interface, and the information sharing is realized.
Preferably, the new energy and distributed energy verification module comprises
The power station data inspection submodule is used for receiving the audit data input by the third-party evaluation mechanism, respectively matching the electric vehicle charging station data and the photovoltaic power station data with the audit data according to the instruction of a specified user, and acquiring a first inspection result if the matching is passed;
the power station information inspection submodule receives energy-saving monitoring information input by a third-party evaluation mechanism and compares the information distribution of the electric vehicle charging station and the photovoltaic power station with the energy-saving monitoring information; if the confirmation passing instruction of the appointed user is obtained, a second inspection result is obtained;
and if the first test result and the corresponding second test result are obtained simultaneously, generating a test report.
In the scheme, the power station data checking submodule and the power station information checking submodule respectively check the automobile charging station data and the photovoltaic power station data, the electric automobile charging station information and the photovoltaic power station information, and when a first checking result and a corresponding checking result are obtained simultaneously, a checking report can be generated.
Preferably, the new energy and distributed energy data management module comprises
The electric vehicle charging station submodule receives the data and the information of the electric vehicle charging station and forms an analysis report according to the administrative region division;
and the photovoltaic power station submodule receives the data and the information of the photovoltaic power station and forms an analysis report according to the administrative region division.
Preferably, the electric vehicle charging station data and information include charging station commissioning conditions, charging station operating states, electric vehicle charging amount statistics, electric vehicle charging cost statistics, charging station equipment utilization rates, and charging station energy-saving reduction conditions;
the photovoltaic power station data and information comprise station commissioning conditions, electric quantity statistics and energy-saving and reduction-eliminating conditions.
Preferably, the system further comprises an orderly power utilization management module, wherein the orderly power utilization management module comprises
The report feedback sub-module is connected with the new energy and distributed energy inspection module, acquires an inspection report and feeds back the inspection report to at least one intelligent power consumption interaction equipment terminal of an electric vehicle charging station and a photovoltaic power station corresponding to the inspection report;
the orderly power utilization data submodule is connected with the electric vehicle charging station and at least one intelligent power utilization interaction equipment terminal of the photovoltaic power station, which obtain the inspection report, is connected with the user interface, and receives and stores orderly power utilization index completion rate, orderly power utilization execution scheme detailed information, availability rate and scheme execution achievement rate returned by the at least one intelligent power utilization interaction equipment terminal.
In the scheme, only the electric vehicle charging station and the photovoltaic power station which pass the inspection need to execute feedback, and the electric vehicle charging station and the photovoltaic power station which obtain the inspection report need to feed back the completion rate of the orderly power utilization indexes, the detailed information of the orderly power utilization execution scheme, the availability rate and the scheme execution arrival rate to the system. The completion rate of the orderly power utilization indexes, the detailed information and the availability rate of the orderly power utilization execution scheme and the execution arrival rate of the scheme can be checked by all users, information sharing is realized, and reference can be made for power utilization management of other electric vehicle charging stations and photovoltaic power stations.
Preferably, the system further comprises an online monitoring module, connected to the user interface, for monitoring the amount of data and information returned by the at least one intelligent power consumption interactive device terminal within a preset time; and if the number is less than the number preset by the system, the system generates a graphic report and feeds the graphic report back to the corresponding intelligent electricity utilization interactive equipment terminal. In the scheme, if the quantity of the data and the information acquired from the intelligent power consumption interactive equipment terminal is not enough, the system sends the image-text report to the corresponding intelligent power consumption interactive equipment terminal, the corresponding electric vehicle charging station or the corresponding photovoltaic power station is required to continuously provide the data and the information, and the data and the information of the electric vehicle charging station or the photovoltaic power station can be ensured to be checked.
Preferably, the system further comprises a non-registered user feedback module comprising
The information feedback sub-module allows the non-registered user to enter reporting information of the electric vehicle charging station or the photovoltaic power station through the mobile terminal;
and the information checking submodule is used for receiving the report information, waiting for the specified user and the third party to confirm the authenticity of the report information, and when the confirmation information of the specified user and the confirmation information of the third party are obtained and matched, if the specified user and the third party confirm that the report information is real, feeding back the report information to the corresponding intelligent electricity utilization interaction equipment terminal. In the scheme, if the non-registered user finds that unrealistic content exists in data and information of a certain electric vehicle charging station or a certain photovoltaic power station, the reporting information can be recorded. At this time, the user and the third party are designated to confirm the authenticity of the report information. And the specified user and the third party respectively confirm the authenticity of the reported information. The system automatically acquires the confirmation information of the designated user and the third party, and if the designated user and the third party confirm that the reporting information is real, the reporting information is fed back to the intelligent power consumption interaction equipment terminal corresponding to a certain electric vehicle charging station or a certain photovoltaic power station.
Compared with the prior art, the invention has the beneficial effects that: the system is provided with a new energy and distributed energy data management module, a new energy and distributed energy inspection module, an ordered power utilization management module, an online monitoring module, a non-registered user feedback module and the like to realize information sharing and management of the electric vehicle charging station or the photovoltaic power station, and through the system, high-quality electric vehicle charging stations and photovoltaic power stations can be found out and corresponding data of the electric vehicle charging stations or the photovoltaic power stations can be obtained; data and information collection can also be monitored; a channel to confirm the authenticity of the reported information may also be provided.
Drawings
FIG. 1 is a schematic diagram of the architecture of the present invention.
FIG. 2 is a schematic diagram of electric vehicle charging station data and information, photovoltaic power plant data and information.
Fig. 3 is a schematic diagram of an analysis report of an operation state of an electric vehicle charging station.
Fig. 4 is a schematic diagram of an analysis report of the commissioning condition of the electric vehicle charging station.
Detailed Description
The drawings are only for purposes of illustration and are not to be construed as limiting the invention. For a better understanding of the following embodiments, certain features of the drawings may be omitted, enlarged or reduced, and do not represent the size of an actual product; it will be understood by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
Example 1
As shown in fig. 1, the present embodiment provides a charging station power demand side management system that is capable of implementing a data interaction function, and is provided with a database itself. The system comprises a user interface, an account management module, a new energy and distributed energy data management module, a new energy and distributed energy inspection module, an orderly power utilization management module, an online monitoring module and a non-registered user feedback module.
The user interface is used for receiving the requirements of the user in the authority of a user account and providing the functions and information in the authority. The user interface acquires an operation instruction of a user, calls corresponding information in the database according to the operation instruction, transmits the information to the user and displays the information through the user interface.
The account management module is connected with the user interface, sets a user account, a password and an identity, and sets the authority of the user account according to the identity of the user. The user identities include: the system comprises a common user, a system administrator, a third-party evaluation organization user, a charging station user and an auditor. The ordinary user can click operation, browse and feed back reporting information in the system. The system administrator is used for maintaining the normal operation of the system and perfecting the functions of the system according to the system requirements. And the third-party evaluation organization user can record the audit data and the energy-saving monitoring information in the system. The charging station users can be divided into electric vehicle charging station users and photovoltaic power station users, and the charging station users can respond to instructions of the system and send data to the system through the intelligent power consumption interaction equipment terminals. The auditing personnel can respectively check the data and the information of each electric vehicle charging station and the data and the information of each photovoltaic power station, which are acquired by the new energy and distributed energy data management module, by using the auditing data and the energy-saving monitoring information input by the third party assessment organization. And the data and information of each electric vehicle charging station and the data of each photovoltaic power station are obtained by the new energy and distributed energy data management module from at least one intelligent electricity utilization interaction equipment terminal correspondingly connected.
The new energy and distributed energy data management module is connected with each electric vehicle charging station in a certain area and at least one intelligent power consumption interaction equipment terminal of each photovoltaic power station; connecting a user interface; receiving and storing data and information returned by all intelligent power consumption interaction equipment terminals; the data and information comprise electric vehicle charging station data and information and photovoltaic power station data and information.
And the new energy and distributed energy inspection module is connected with the new energy and distributed energy data management module and the user interface, acquires the data and the information, receives audit data and energy-saving monitoring information which are input by a third party evaluation mechanism and correspond to the data and the information after confirming that the data and the information meet the standard requirements, and confirms that the data and the information are verified and generates an inspection report after monitoring that a specified user passes the inspection of the audit data and the energy-saving monitoring information.
The third-party evaluation mechanism is established on the platform and is identified or authorized by related mechanisms, so that the work of energy saving monitoring, auditing and the like is carried out, and third-party identification is provided for energy saving services. The audit data and the energy-saving monitoring information recorded by the third-party evaluation organization comprise various indexes of specific contents of the audit data and the energy-saving monitoring information, such as indexes corresponding to contents of charging station commissioning conditions, charging station running states, electric vehicle charging amount statistics, electric vehicle charging cost statistics, charging station equipment utilization rate statistics, charging station energy-saving reduction conditions and the like. The inspection report can be in a form of pictures and texts, and comprises audit data recorded by a third-party evaluation organization, various indexes of specific content of energy-saving monitoring information, and differences between data and information of an electric vehicle charging station or a photovoltaic power station and the various indexes.
Further, the new energy and distributed energy verification module comprises a power station data verification submodule and a power station information verification submodule. And the power station data inspection submodule is used for receiving the audit data input by the third-party evaluation mechanism, respectively matching the electric vehicle charging station data and the photovoltaic power station data with the audit data according to the instruction of the appointed user, and acquiring a first inspection result if the matching is passed. The power station information inspection submodule receives energy-saving monitoring information input by a third-party evaluation mechanism and compares the information distribution of the electric vehicle charging station and the photovoltaic power station with the energy-saving monitoring information; and if the confirmation passing instruction of the specified user is acquired, acquiring a second verification result. And if the first test result and the corresponding second test result are obtained simultaneously, generating a test report.
Further, the new energy and distributed energy data management module comprises an electric vehicle charging station submodule and a photovoltaic power station submodule. And the electric vehicle charging station submodule receives the electric vehicle charging station data and information and forms an analysis report according to administrative region division. As shown in fig. 2, the electric vehicle charging station data and information include a charging station commissioning status, a charging station operating status, an electric vehicle charging amount statistic, an electric vehicle charging cost statistic, a charging station device utilization rate, and a charging station energy saving and reduction situation. And the photovoltaic power station submodule receives data and information of the photovoltaic power station and forms an analysis report according to administrative region division. The photovoltaic power station data and information comprise station commissioning conditions, electric quantity statistics, energy-saving and emission-reduction conditions and the like.
The analysis report is divided into administrative regions, for example, the analysis report of the electric vehicle charging station in province a includes items such as charging station commissioning condition, charging station operating state, electric vehicle charging amount statistics, electric vehicle charging cost statistics, charging station equipment utilization rate, charging station energy saving and reduction condition, and each item includes specific content of the item, where the example of the electric vehicle charging station operating state is shown in fig. 3. The commissioning situation of the electric vehicle charging station comprises the following aspects: the station construction time, the station area, the station address, the charging pile number, the charging pile type, the vehicle type corresponding to the charging pile, the annual construction charging station number and the annual newly added charging pile number are shown in fig. 4. And the analysis report of the photovoltaic power station in province B comprises the site operation condition, the electric quantity statistics and the energy-saving and reduction-eliminating condition.
Furthermore, the system also comprises an orderly power utilization management module, wherein the orderly power utilization management module comprises a report feedback sub-module and an orderly power utilization data sub-module. And the report feedback sub-module is connected with the new energy and distributed energy inspection module, acquires the inspection report and then feeds back the inspection report to at least one intelligent electric interaction equipment terminal of the electric vehicle charging station and the photovoltaic power station corresponding to the inspection report. The orderly power utilization data submodule is connected with the electric vehicle charging station and at least one intelligent power utilization interaction equipment terminal of the photovoltaic power station, which obtain the inspection report, is connected with the user interface, and receives and stores orderly power utilization index completion rate, orderly power utilization execution scheme detailed information, availability rate and scheme execution achievement rate returned by the at least one intelligent power utilization interaction equipment terminal.
Furthermore, the system also comprises an online monitoring module, wherein the online monitoring module is connected with the user interface and is used for monitoring the amount of data and information returned by at least one intelligent electricity interactive equipment terminal within preset time; and if the number is less than the number preset by the system, the system generates a graphic report and feeds the graphic report back to the corresponding intelligent electricity utilization interactive equipment terminal. The number of system presets can be determined according to the requirements of specific projects.
Further, the system also comprises a non-registered user feedback module which comprises
The information feedback sub-module allows the non-registered user to input the reporting information through the mobile terminal;
and the information checking submodule is used for receiving the report information, waiting for the specified user and the third party to confirm the authenticity of the report information, and when the confirmation information of the specified user and the confirmation information of the third party are obtained and matched, if the specified user and the third party confirm that the report information is real, feeding back the report information to the corresponding intelligent electricity utilization interaction equipment terminal.
When the system operates, the data and the information of the electric vehicle charging station and the photovoltaic power station are obtained from the new energy and distributed energy data management module and are received by the new energy and distributed energy inspection module, and the new energy and distributed energy inspection module inspects the data and the information of the electric vehicle charging station and the photovoltaic power station by taking audit data and energy-saving monitoring information which are input by a third party evaluation organization as standards. And if the test is passed, generating a test report. And then the report feedback submodule feeds the inspection report back to the electric vehicle charging station or the photovoltaic power station corresponding to the inspection report, the electric vehicle charging station or the photovoltaic power station feeds back contents such as the orderly power utilization index completion rate, the orderly power utilization execution scheme detailed information and the availability rate, the scheme execution arrival rate and the like through the orderly power utilization data submodule, and the contents can be checked by a user through a user interface. The online monitoring module continuously monitors the quantity of data and information returned by the electric vehicle charging station or the photovoltaic power station, and if the quantity is less than the quantity preset by the system, the system generates a graphic report and feeds the graphic report back to the corresponding electric vehicle charging station or the corresponding photovoltaic power station to remind the electric vehicle charging station or the photovoltaic power station to continuously return unfinished contents. If the data and the information of a certain electric vehicle charging station or a certain photovoltaic power station are found to be unrealistic by a person, the reporting information can be input through the information feedback submodule and the authenticity of the reporting information is checked through the information checking submodule, and if the checking is confirmed to be real, the reporting information is fed back to the corresponding electric vehicle charging station or the corresponding photovoltaic power station.
It should be understood that the above-mentioned embodiments of the present invention are only examples for clearly illustrating the technical solutions of the present invention, and are not intended to limit the specific embodiments of the present invention. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention claims should be included in the protection scope of the present invention claims.
Claims (7)
1. A charging station power demand side management system is characterized by comprising
The system comprises a user interface, a server and a server, wherein the user interface is used for receiving requirements of a user in the authority of a user account and providing functions and information in the authority;
the account management module is connected with the user interface, sets a user account, a password and an identity, and sets the authority of the user account according to the identity of the user;
the new energy and distributed energy data management module is connected with each electric vehicle charging station in a certain area and at least one intelligent power consumption interaction equipment terminal of each photovoltaic power station; connecting a user interface; receiving and storing data and information returned by all intelligent power consumption interaction equipment terminals; the data and information comprise electric vehicle charging station data and information and photovoltaic power station data and information;
and the new energy and distributed energy inspection module is connected with the new energy and distributed energy data management module and the user interface, acquires the data and the information, receives audit data and energy-saving monitoring information which are input by a third party evaluation mechanism and correspond to the data and the information after confirming that the data and the information meet the standard requirements, and confirms that the data and the information are verified and generates an inspection report after monitoring that a specified user passes the inspection of the audit data and the energy-saving monitoring information.
2. The charging station electric power demand side management system of claim 1, wherein the new energy and distributed energy verification module comprises
The power station data inspection submodule is used for receiving the audit data input by the third-party evaluation mechanism, respectively matching the electric vehicle charging station data and the photovoltaic power station data with the audit data according to the instruction of a specified user, and acquiring a first inspection result if the matching is passed;
the power station information inspection submodule receives energy-saving monitoring information input by a third-party evaluation mechanism and compares the information distribution of the electric vehicle charging station and the photovoltaic power station with the energy-saving monitoring information; if the confirmation passing instruction of the appointed user is obtained, a second inspection result is obtained;
and if the first test result and the corresponding second test result are obtained simultaneously, generating a test report.
3. The charging station electric power demand side management system of claim 1, wherein the new energy and distributed energy data management module comprises
The electric vehicle charging station submodule receives the data and the information of the electric vehicle charging station and forms an analysis report according to the administrative region division;
and the photovoltaic power station submodule receives the data and the information of the photovoltaic power station and forms an analysis report according to the administrative region division.
4. The system of claim 1, wherein the electric vehicle charging station data and information includes charging station commissioning status, charging station operating status, electric vehicle charging amount statistics, electric vehicle charging cost statistics, charging station equipment utilization, charging station energy savings and reductions;
the photovoltaic power station data and information comprise station commissioning conditions, electric quantity statistics and energy-saving and reduction-eliminating conditions.
5. The charging station power demand side management system of claim 1, further comprising an orderly power usage management module comprising
The report feedback sub-module is connected with the new energy and distributed energy inspection module, acquires an inspection report and feeds back the inspection report to at least one intelligent power consumption interaction equipment terminal of an electric vehicle charging station and a photovoltaic power station corresponding to the inspection report;
the orderly power utilization data submodule is connected with the electric vehicle charging station and at least one intelligent power utilization interaction equipment terminal of the photovoltaic power station, which obtain the inspection report, is connected with the user interface, and receives and stores orderly power utilization index completion rate, orderly power utilization execution scheme detailed information, availability rate and scheme execution achievement rate returned by the at least one intelligent power utilization interaction equipment terminal.
6. The system according to claim 1, further comprising an online monitoring module, connected to the user interface, for monitoring the amount of data and information returned by the at least one intelligent power consumption interactive device terminal within a preset time; and if the number is less than the number preset by the system, the system generates a graphic report and feeds the graphic report back to the corresponding intelligent electricity utilization interactive equipment terminal.
7. The charging station power demand side management system of claim 1, further comprising a non-registered user feedback module coupled to the user interface, the non-registered user feedback module comprising
The information feedback sub-module allows the non-registered user to enter reporting information of the electric vehicle charging station or the photovoltaic power station through the mobile terminal;
and the information checking submodule is used for receiving the report information, waiting for the specified user and the third party to confirm the authenticity of the report information, and when the confirmation information of the specified user and the confirmation information of the third party are obtained and matched, if the specified user and the third party confirm that the report information is real, feeding back the report information to the corresponding intelligent electricity utilization interaction equipment terminal.
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