CN111131495A - Charging pile information pushing and charging reservation system and method based on location service - Google Patents
Charging pile information pushing and charging reservation system and method based on location service Download PDFInfo
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
- B60L53/00—Methods of charging batteries, specially adapted for electric vehicles; Charging stations or on-board charging equipment therefor; Exchange of energy storage elements in electric vehicles
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- B60L53/66—Data transfer between charging stations and vehicles
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- B60L—PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES; SUPPLYING ELECTRIC POWER FOR AUXILIARY EQUIPMENT OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRODYNAMIC BRAKE SYSTEMS FOR VEHICLES IN GENERAL; MAGNETIC SUSPENSION OR LEVITATION FOR VEHICLES; MONITORING OPERATING VARIABLES OF ELECTRICALLY-PROPELLED VEHICLES; ELECTRIC SAFETY DEVICES FOR ELECTRICALLY-PROPELLED VEHICLES
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Abstract
The invention provides a charging pile information pushing and charging reservation system based on location service, which comprises: the server side is configured as an interactive API interface between the user APP side and the charging pile side, and the real-time use conditions of the vehicle side and the charging pile side are obtained through the API interface; the user APP terminal is configured to respond to an address position information query command and a vehicle terminal information query command of the server terminal and receive a response of charging reservation information pushed by the subscription server terminal; the charging pile terminal is configured to respond to an API (application programming interface) interface for issuing a query command, a setting command and a command for controlling the charging pile terminal by the server terminal; the charging privilege pushing and charging reservation information based on the Location Based Service (LBS) is provided through the operation and maintenance system of the charging pile, active reservation charging is provided for new energy vehicles, the states of the vehicle end and the charging pile end can be known in real time, and the problems of idling of users and waste of charging pile positions caused by passive waiting of the existing charging pile can be effectively solved.
Description
Technical Field
The invention belongs to the technical field of electric vehicle charging pile systems, and particularly relates to a charging pile information pushing and charging reservation system and method based on location service.
Background
In recent years, with the rapid development of the new energy automobile market, the charging foundation equipment charging pile also brings about explosive growth. According to the latest data counted by the middle automobile coordination in 2019, the Chinese new energy automobile holds 344 thousands of vehicles, wherein the pure electric automobile holds 281 thousands of vehicles, which account for 81.7% of the total amount of the new energy automobile (data source: Chinese society of automotive engineering); according to the latest data of the Chinese electric vehicle charging infrastructure promotion alliance EVCIPA, by 7 months in 2019, the stock quantity of the Chinese charging piles is 105.1 ten thousand, wherein the number of the public charging piles is 44.67 ten thousand, and the number of the private charging piles is 60.4 ten thousand (data source: the Chinese electric vehicle charging infrastructure promotion alliance), so that the ratio of the charging piles to the new energy vehicles can be statistically analyzed to be 37.4%, and the proportion of the charging piles to the new energy vehicles is seriously unequal.
How to buy the user of the electric automobile can feel comfortable, charging is one of the biggest problems, charging anxiety still exists, and the fact that a plurality of automobiles are few is still an important factor for restricting the development of the electric automobile. In reality, the car is many piles and is the one side less, and on the other hand is that the availability factor of a lot of electric piles is not high, and the idle rate appears even is higher, lays the public electric pile that fills in a large number for holistic electric pile's availability factor presents the condition that the availability factor is low in the time.
According to data display of a national power grid intelligent Internet of vehicles platform, the charge quantity of the electric vehicle is increased by 132% in three years, and 39.43 hundred million kilowatt-hours are reached in 2018. (data source: department of industry and informatization equipment department), it is assumed that 70% of all the charge is completed by the ac piles (assuming that the ac piles are 7kW), and 30% is completed by the dc piles (assuming that the average power of the dc piles is 20 kW). The data counted in the table 1 can be calculated and analyzed, and the annual utilization rate of the electric automobile charging pile in 2018 can be only about 30% according to the analyzed data.
Table 12018 years electric vehicle charging magnitude charging pile utilization rate analysis table
For charging pile operators, how to improve the charging service efficiency of the charging pile is worth deep research.
The defects and shortcomings of the prior art are as follows:
at present, the existing charging pile operators all use the charging pile information provided on the operation APP platform of a self manufacturer or the APP platform of a third-party operation company, the APP platform is provided for users to select proper charging pile piles for charging, but the problem of actually improving the charging utilization rate of the piles still has shortcomings, through the charging discount information pushing and charging reservation system based on the geographic location service LBS, the charging pile platform can actively push the charging discount information according to the combination of the charging pile and the geographic location information through the technical means, the charging users can perform charging reservation selection, the charging pile can actively search potential customers through the mode, the charging pile can not passively wait for the users to select the charging pile for charging, and therefore the use efficiency of the charging pile can be greatly improved.
Disclosure of Invention
The invention provides a charging pile information pushing and charging reservation system and method based on location service, aiming at solving the problems of idle charging pile positions and charging pile position waste of users caused by passive waiting of the existing charging pile.
The technical scheme adopted by the invention for solving the technical problems is as follows:
fill electric pile information propelling movement and reservation system that charges based on location service, the system includes:
the server side is configured as an interactive API interface between the user APP side and the charging pile side, and the real-time use conditions of the vehicle side and the charging pile side are obtained through the API interface;
the user APP terminal is configured to respond to an address position information query command and a vehicle terminal information query command of the server terminal and receive a response of charging reservation information pushed by the subscription server terminal;
and the charging post terminal is configured to respond to an API (application programming interface) interface for issuing a query command, a setting command and a command for controlling the charging post terminal by the server terminal.
Preferably, the server side is a separate server host.
Preferably, the server side is a distributed server cluster.
The method for the charging pile information pushing and charging reservation system based on the location service comprises the following steps:
starting a user APP end, wherein the user APP end is connected with a vehicle-mounted intelligent system;
acquiring real-time vehicle end information and current vehicle end geographical position information;
based on the current geographic position information of the vehicle end, the client APP end interacts the information to the server end; and
the client APP terminal responds to a charging pile terminal geographical position query command from the server terminal;
the server side compares the vehicle end geographic position of the user APP end with the charging pile end geographic position, and determines whether the vehicle end geographic position of the user APP end is within the effective geographic position distance of the charging pile end;
responding to the fact that the geographic position of the vehicle end where the APP end of the user is located is within the effective geographic position distance of the charging pile end, and issuing a vehicle end information query command by the server end;
the user APP terminal responds to the query command of the server terminal, the server terminal obtains vehicle terminal feedback information, data operation and analysis are carried out according to the current charging information of the charging pile terminal, and an incentive charging discount strategy of the charging behavior of the user at the charging time period and different time periods of the current charging pile terminal is obtained; the server side analyzes the charging pricing strategy according to different utilization periods and distances from the geographical position of the target pile to obtain incentive charging preferential strategies of different steps;
based on different incentive charging benefit strategies obtained by server side analysis, the server side pushes the corresponding incentive charging benefit strategies to a user APP side of the vehicle side for mutual information pushing;
judging whether a user APP side of a vehicle side accepts subscription pushing of interactive information or not;
responding to the fact that a user APP end of a vehicle end receives subscription pushing interactive information, and selecting an incentive charging privilege strategy reservation time period through the user APP end by the user according to the vehicle condition; and
confirming whether the user pays the fixed money within the effective time or not according to the system prompt;
responding to the payment of a user in the effective time, the server terminal issues user response reservation information to the charging pile terminal, and the corresponding charging pile terminal acquires the reservation information of the charging pile terminal issued by the server terminal and waits for the user to carry out charging transaction;
the corresponding charging pile end waits for the arrival of a user to perform charging transaction, and whether the current arrival time exceeds an appointed time period is judged;
in response to that the user arrival time does not exceed the reserved time period, the user performs a charging behavior according to the reserved time and the incentive charging privilege strategy; wherein
The method comprises the steps that a user finishes a charging behavior or finishes a reserved charging behavior in advance, a server acquires feedback charging behavior completion actions of the user and a charging pile end, and locking reservation information of the server end and the charging pile end is emptied;
and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
Further, the method comprises:
and responding to the situation that the geographic position of the vehicle end where the user APP end is located is not within the effective geographic position distance of the charging pile end, and the server end reacquires real-time vehicle end information and current vehicle end geographic position information according to the vehicle end user APP end.
Further, the method comprises:
and responding to the fact that the APP end of the user at the vehicle end refuses or does not respond to the subscription pushing interactive information, and ending the acceptance of the subscription interactive information by the user at the server end, namely ending the charging reservation and the transaction behavior.
Further, the method comprises:
and in response to the fact that the user does not pay the fixed fee within the effective time, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
Further, the method comprises:
and in response to the fact that the arrival time of the user exceeds the reservation time period, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
Further, the method comprises:
and responding to the vehicle end information, wherein the vehicle end information at least comprises the current vehicle model, the current battery capacity and the current SOC state.
Further, the method comprises:
and responding to the current charging information of the charging pile end, and at least comprising the number of automobiles in the effective distance between the current charging pile end and the automobile end and the information of the automobiles in the effective distance between the current charging pile end and the automobile end.
Compared with the prior art, the invention has the following beneficial effects: the invention provides a charging preferential information pushing and charging reservation system Based on a geographic Location Based Service (LBS) (location Based service) in a charging pile operation and maintenance system, a system platform can acquire the geographic location of a charging user of a new energy automobile through the technology, a potential client nearby is positioned by combining a charging pile end and a user APP end positioning service, a server end directionally pushes charging pile resource information and charging preferential information to the user within an effective distance from the charging pile end through positioning, the user selects the charging pile end to charge according to the pushed subscription information, the charging pile can be effectively charged through the active pushing and charging reservation mode, so that the charging pile passively waits for the user to select to actively search a potential target user to perform the charging reservation action, and the probability of an idle state of the charging pile is avoided to a certain extent by using the technology, the service efficiency of charging pile is improved, and the advantage of this technical application can make and fill electric pile operator and bring discount and facility for the user that charges when having improved the effective rate of utilization of stake.
Drawings
The invention is further illustrated with reference to the following figures and examples.
FIG. 1 is a schematic structural diagram of an embodiment of the present invention;
FIG. 2 is a flow chart of an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example one
As shown in fig. 1, the system for pushing charging pile information and reserving charging based on location service includes:
the server side is configured as an interactive API interface between the user APP side and the charging pile side, and the real-time use conditions of the vehicle side and the charging pile side are obtained through the API interface;
the user APP terminal is configured to respond to an address position information query command and a vehicle terminal information query command of the server terminal and receive a response of charging reservation information pushed by the subscription server terminal;
and the charging post terminal is configured to respond to an API (application programming interface) interface for issuing a query command, a setting command and a command for controlling the charging post terminal by the server terminal.
The server side is a separate server host.
As shown in fig. 2, a method of a charging pile information pushing and charging reservation system based on a location service includes:
starting a user APP end, wherein the user APP end is connected with a vehicle-mounted intelligent system;
acquiring real-time vehicle end information and current vehicle end geographical position information;
based on the current geographic position information of the vehicle end, the client APP end interacts the information to the server end; and
the client APP terminal responds to a charging pile terminal geographical position query command from the server terminal;
the server side compares the vehicle end geographic position of the user APP end with the charging pile end geographic position, and determines whether the vehicle end geographic position of the user APP end is within the effective geographic position distance of the charging pile end;
responding to the fact that the geographic position of the vehicle end where the APP end of the user is located is within the effective geographic position distance of the charging pile end, and issuing a vehicle end information query command by the server end;
specifically, assuming that the effective distance between the charging pile end and the vehicle end is 10km, if the real-time comparison between the geographic position obtained by the vehicle end and the geographic position obtained by the charging pile end is less than 10km, the vehicle end is within the effective distance;
the user APP terminal responds to the query command of the server terminal, the server terminal obtains vehicle terminal feedback information, data operation and analysis are carried out according to the current charging information of the charging pile terminal, and an incentive charging discount strategy of the charging behavior of the user at the charging time period and different time periods of the current charging pile terminal is obtained; the server side analyzes the charging pricing strategy according to different utilization periods and distances from the geographical position of the target pile to obtain incentive charging preferential strategies of different steps;
based on different incentive charging benefit strategies obtained by server side analysis, the server side pushes the corresponding incentive charging benefit strategies to a user APP side of the vehicle side for mutual information pushing;
judging whether a user APP side of a vehicle side accepts subscription pushing of interactive information or not;
responding to the fact that a user APP end of a vehicle end receives subscription pushing interactive information, and selecting an incentive charging privilege strategy reservation time period through the user APP end by the user according to the vehicle condition; and
confirming whether the user pays the fixed money within the effective time or not according to the system prompt;
responding to the payment of a user in the effective time, the server terminal issues user response reservation information to the charging pile terminal, and the corresponding charging pile terminal acquires the reservation information of the charging pile terminal issued by the server terminal and waits for the user to carry out charging transaction;
specifically, assuming that the effective time is 3 minutes, the user pays a subscription within 3 minutes, and the server sends user response reservation information to the charging pile terminal; if a plurality of users pay the subscription within 3 minutes, the server side receives the payment subscription behavior of the users according to the time sequence;
the corresponding charging pile end waits for the arrival of a user to perform charging transaction, and whether the current arrival time exceeds an appointed time period is judged;
in response to that the user arrival time does not exceed the reserved time period, the user performs a charging behavior according to the reserved time and the incentive charging privilege strategy; wherein
The method comprises the steps that a user finishes a charging behavior or finishes a reserved charging behavior in advance, a server acquires feedback charging behavior completion actions of the user and a charging pile end, and locking reservation information of the server end and the charging pile end is emptied;
and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps: and responding to the situation that the geographic position of the vehicle end where the user APP end is located is not within the effective geographic position distance of the charging pile end, and the server end reacquires real-time vehicle end information and current vehicle end geographic position information according to the vehicle end user APP end.
The method comprises the following steps: and responding to the fact that the APP end of the user at the vehicle end refuses or does not respond to the subscription pushing interactive information, and ending the acceptance of the subscription interactive information by the user at the server end, namely ending the charging reservation and the transaction behavior.
The method comprises the following steps: and in response to the fact that the user does not pay the fixed fee within the effective time, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps: and in response to the fact that the arrival time of the user exceeds the reservation time period, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps: and responding to the vehicle end information, wherein the vehicle end information at least comprises the current vehicle model, the current battery capacity and the current SOC state.
The method comprises the following steps: and responding to the current charging information of the charging pile end, and at least comprising the number of automobiles in the effective distance between the current charging pile end and the automobile end and the information of the automobiles in the effective distance between the current charging pile end and the automobile end.
Example two
As shown in fig. 1, the system for pushing charging pile information and reserving charging based on location service includes:
the server side is configured as an interactive API interface between the user APP side and the charging pile side, and the real-time use conditions of the vehicle side and the charging pile side are obtained through the API interface;
the user APP terminal is configured to respond to an address position information query command and a vehicle terminal information query command of the server terminal and receive a response of charging reservation information pushed by the subscription server terminal;
and the charging post terminal is configured to respond to an API (application programming interface) interface for issuing a query command, a setting command and a command for controlling the charging post terminal by the server terminal.
The server side is a distributed server cluster.
As shown in fig. 2, a method of a charging pile information pushing and charging reservation system based on a location service includes:
starting a user APP end, wherein the user APP end is connected with a vehicle-mounted intelligent system;
acquiring real-time vehicle end information and current vehicle end geographical position information;
based on the current geographic position information of the vehicle end, the client APP end interacts the information to the server end; and
the client APP terminal responds to a charging pile terminal geographical position query command from the server terminal;
the server side compares the vehicle end geographic position of the user APP end with the charging pile end geographic position, and determines whether the vehicle end geographic position of the user APP end is within the effective geographic position distance of the charging pile end;
responding to the fact that the geographic position of the vehicle end where the APP end of the user is located is within the effective geographic position distance of the charging pile end, and issuing a vehicle end information query command by the server end;
specifically, assuming that the effective distance between the charging pile end and the vehicle end is 10km, if the real-time comparison between the geographic position obtained by the vehicle end and the geographic position obtained by the charging pile end is less than 10km, the vehicle end is within the effective distance;
the user APP terminal responds to the query command of the server terminal, the server terminal obtains vehicle terminal feedback information, data operation and analysis are carried out according to the current charging information of the charging pile terminal, and an incentive charging discount strategy of the charging behavior of the user at the charging time period and different time periods of the current charging pile terminal is obtained; the server side analyzes the charging pricing strategy according to different utilization periods and distances from the geographical position of the target pile to obtain incentive charging preferential strategies of different steps;
based on different incentive charging benefit strategies obtained by server side analysis, the server side pushes the corresponding incentive charging benefit strategies to a user APP side of the vehicle side for mutual information pushing;
judging whether a user APP side of a vehicle side accepts subscription pushing of interactive information or not;
responding to the fact that a user APP end of a vehicle end receives subscription pushing interactive information, and selecting an incentive charging privilege strategy reservation time period through the user APP end by the user according to the vehicle condition; and
confirming whether the user pays the fixed money within the effective time or not according to the system prompt;
responding to the payment of a user in the effective time, the server terminal issues user response reservation information to the charging pile terminal, and the corresponding charging pile terminal acquires the reservation information of the charging pile terminal issued by the server terminal and waits for the user to carry out charging transaction;
specifically, assuming that the effective time is 3 minutes, the user pays a subscription within 3 minutes, and the server sends user response reservation information to the charging pile terminal; if a plurality of users pay the subscription within 3 minutes, the server side receives the payment subscription behavior of the users according to the time sequence;
the corresponding charging pile end waits for the arrival of a user to perform charging transaction, and whether the current arrival time exceeds an appointed time period is judged;
in response to that the user arrival time does not exceed the reserved time period, the user performs a charging behavior according to the reserved time and the incentive charging privilege strategy; wherein
The method comprises the steps that a user finishes a charging behavior or finishes a reserved charging behavior in advance, a server acquires feedback charging behavior completion actions of the user and a charging pile end, and locking reservation information of the server end and the charging pile end is emptied;
and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps: and responding to the situation that the geographic position of the vehicle end where the user APP end is located is not within the effective geographic position distance of the charging pile end, and the server end reacquires real-time vehicle end information and current vehicle end geographic position information according to the vehicle end user APP end.
The method comprises the following steps: and responding to the fact that the APP end of the user at the vehicle end refuses or does not respond to the subscription pushing interactive information, and ending the acceptance of the subscription interactive information by the user at the server end, namely ending the charging reservation and the transaction behavior.
The method comprises the following steps: and in response to the fact that the user does not pay the fixed fee within the effective time, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps: and in response to the fact that the arrival time of the user exceeds the reservation time period, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
The method comprises the following steps:
and responding to the vehicle end information, wherein the vehicle end information at least comprises the current vehicle model, the current battery capacity and the current SOC state.
The method comprises the following steps: and responding to the current charging information of the charging pile end, and at least comprising the number of automobiles in the effective distance between the current charging pile end and the automobile end and the information of the automobiles in the effective distance between the current charging pile end and the automobile end.
In light of the foregoing description of the preferred embodiment of the present invention, many modifications and variations will be apparent to those skilled in the art without departing from the spirit and scope of the invention. The technical scope of the present invention is not limited to the content of the specification, and must be determined according to the scope of the claims.
Claims (10)
1. Fill electric pile information propelling movement and reservation system that charges based on location service, its characterized in that, the system includes:
the server side is configured as an interactive API interface between the user APP side and the charging pile side, and the real-time use conditions of the vehicle side and the charging pile side are obtained through the API interface;
the user APP terminal is configured to respond to an address position information query command and a vehicle terminal information query command of the server terminal and receive a response of charging reservation information pushed by the subscription server terminal;
and the charging post terminal is configured to respond to an API (application programming interface) interface for issuing a query command, a setting command and a command for controlling the charging post terminal by the server terminal.
2. The system of claim 1, wherein: the server side is a separate server host.
3. The system of claim 1, wherein: the server side is a distributed server cluster.
4. The method for the charging pile information pushing and charging reservation system based on the location service is characterized by comprising the following steps:
starting a user APP end, wherein the user APP end is connected with a vehicle-mounted intelligent system;
acquiring real-time vehicle end information and current vehicle end geographical position information;
based on the current geographic position information of the vehicle end, the client APP end interacts the information to the server end; and
the client APP terminal responds to a charging pile terminal geographical position query command from the server terminal;
the server side compares the vehicle end geographic position of the user APP end with the charging pile end geographic position, and determines whether the vehicle end geographic position of the user APP end is within the effective geographic position distance of the charging pile end;
responding to the fact that the geographic position of the vehicle-mounted end where the APP end of the user is located is within the effective geographic position distance of the charging pile end, and issuing a vehicle end information query command by the server end;
the user APP terminal responds to the query command of the server terminal, the server terminal obtains vehicle terminal feedback information, data operation and analysis are carried out according to the current charging information of the charging pile terminal, and an incentive charging discount strategy of the charging behavior of the user at the charging time period and different time periods of the current charging pile terminal is obtained; the server side analyzes the charging pricing strategy according to different utilization periods and distances from the geographical position of the target pile to obtain incentive charging preferential strategies of different steps;
based on different incentive charging benefit strategies obtained by server side analysis, the server side pushes the corresponding incentive charging benefit strategies to a user APP side of the vehicle side for mutual information pushing;
judging whether a user APP side of a vehicle side accepts subscription pushing of interactive information or not;
responding to the fact that a user APP end of a vehicle end receives subscription pushing interactive information, and selecting an incentive charging privilege strategy reservation time period through the user APP end by the user according to the vehicle condition; and
confirming whether the user pays the fixed money within the effective time or not according to the system prompt;
responding to the payment of a user in the effective time, the server terminal issues user response reservation information to the charging pile terminal, and the corresponding charging pile terminal acquires the reservation information of the charging pile terminal issued by the server terminal and waits for the user to carry out charging transaction;
the corresponding charging pile end waits for the arrival of a user to perform charging transaction, and whether the current arrival time exceeds an appointed time period is judged;
in response to that the user arrival time does not exceed the reserved time period, the user performs a charging behavior according to the reserved time and the incentive charging privilege strategy; wherein
The method comprises the steps that a user finishes a charging behavior or finishes a reserved charging behavior in advance, a server acquires feedback charging behavior completion actions of the user and a charging pile end, and locking reservation information of the server end and the charging pile end is emptied;
and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
5. The method of claim 4, wherein the method comprises:
and responding to the situation that the geographic position of the vehicle-mounted end where the user APP end is located is not within the effective geographic position distance of the charging pile end, and the server end reacquires real-time vehicle end information and current vehicle end geographic position information according to the vehicle end user APP end.
6. The method of claim 4, wherein the method comprises:
and responding to the fact that the APP end of the user at the vehicle end refuses or does not respond to the subscription pushing interactive information, and ending the acceptance of the subscription interactive information by the user at the server end, namely ending the charging reservation and the transaction behavior.
7. The method of claim 4, wherein the method comprises:
and in response to the fact that the user does not pay the fixed fee within the effective time, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
8. The method of claim 4, wherein the method comprises:
and in response to the fact that the arrival time of the user exceeds the reservation time period, the server cancels the reservation information locked by the charging pile end, and the server end finishes the user to receive the subscription interactive information, namely the charging reservation and the transaction behavior are finished.
9. The method according to any one of claims 4 to 8, characterized in that it comprises:
and responding to the vehicle end information, wherein the vehicle end information at least comprises the current vehicle model, the current battery capacity and the current SOC state.
10. The method of claim 9, wherein the method comprises:
and responding to the current charging information of the charging pile end, and at least comprising the number of automobiles in the effective distance between the current charging pile end and the automobile end and the information of the automobiles in the effective distance between the current charging pile end and the automobile end.
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