Mobile charging order payment information pushing method and system

Abstract

The invention provides a mobile charging order payment information pushing method and system, and the method comprises the steps: generating order pre-payment information according to a charging scheme of a charging application selected by a user after the user transmits the mobile charging application, and pushing the order pre-payment information to the user; after the user carries out pre-payment operation, an order is generated and published; tracking an order, and pushing payment verification information when charging is finished; and receiving payment verification of the user, and after the verification is passed, transferring pre-payment corresponding to the pre-payment operation into a payment account and paying the pre-payment to an executor of the charging scheme. According to the invention, after the user applies for charging, the pre-payment information is pushed to enable the user to carry out pre-payment operation, and when the charging is finished, the payment verification information is pushed to enable the user to carry out verification payment; through integration of pre-payment and verification after charging is finished, full-process supervision of the charging order is realized, and the charging end time can be determined by the user through pushing the payment verification message.

Description

Technical Field

[0001] The present invention relates to the technical field of transaction verification push technology, and in particular to a method and system for pushing payment information of a mobile charging order. Background Art

[0002] Mobile charging vehicles are vehicles equipped with energy storage devices and charging equipment to meet the needs of charging electric vehicles at any location and at any time. Since charging electric vehicles takes time, most users will use the charging time to handle other things and are not on site. Therefore, users cannot accurately grasp the end time of charging and make payments. Summary of the invention

[0003] One of the purposes of the present invention is to provide a method for pushing payment information of a mobile charging order. After a user applies for charging, prepayment information is pushed so that the user can make a prepayment operation, and at the end of charging, payment verification information is pushed so that the user can verify the payment. By combining prepayment and verification after charging, full-process supervision of charging orders is achieved, and the user can determine the end time of charging by pushing payment verification messages.

[0004] A method for pushing mobile charging order payment information provided by an embodiment of the present invention includes:

[0005] After the user submits a mobile charging application, the order prepayment information is generated and pushed to the user based on the charging plan selected by the user;

[0006] After the user makes a prepayment, an order is generated and announced;

[0007] Track orders and push payment verification information when charging is complete;

[0008] Receive the user's payment verification. When the verification is passed, transfer the prepayment corresponding to the prepayment operation to the payment account and pay it to the executor of the charging plan.

[0009] Preferably, the steps for generating a mobile charging application are as follows:

[0010] After the user clicks a virtual button corresponding to a charging application on a pre-configured initial interface, obtaining positioning information and determining whether the mobile terminal is connected to the vehicle computer;

[0011] When connected, get battery monitoring information from the onboard computer;

[0012] Generate a list of charging options based on battery monitoring information;

[0013] Sending the first charging option to the mobile terminal, and receiving a selection result of the mobile terminal;

[0014] Generate a mobile charging application based on the selection results and positioning information.

[0015] Preferably, the step of generating the mobile charging application further includes:

[0016] When not connected, outputting a pre-configured second charging option list and receiving a selection result of the mobile terminal;

[0017] Generate a mobile charging application based on the selection results and positioning information.

[0018] Preferably, tracking your order includes:

[0019] Track order data, and when order data changes, push the changed order information to the mobile terminal;

[0020] Among them, changes in order data include: changes in the order taker when the driver of the mobile charging vehicle accepts the order, changes in the order taker's status when the order taker arrives at the charging location, changes in the status of the order taker and the status of the charging vehicle when charging starts, changes in parameters of the charging details, and changes in the status of the order taker and the status of the charging vehicle when charging ends, one or more combinations thereof.

[0021] Preferably, the payment verification information includes one or more combinations of: order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, and verification data acquisition request.

[0022] The present invention also provides a mobile charging order payment information push system, comprising: a first push module, a prepayment module, an order generation module, a second push module and a payment verification module; wherein, after a user issues a mobile charging application, the first push module generates order prepayment information based on the charging plan selected by the user and pushes it to the user; the prepayment module receives the user's prepayment operation; after the user performs the prepayment operation, the order generation module generates an order and publishes it; the second push module tracks the order, and when charging is completed, pushes payment verification information; the payment verification module receives the user's payment verification, and when the verification is passed, the prepayment corresponding to the prepayment operation is transferred to the payment account and paid to the executor of the charging plan.

[0023] Preferably, the steps for generating a mobile charging application are as follows:

[0024] After the user clicks a virtual button corresponding to a charging application on a pre-configured initial interface, obtaining positioning information and determining whether the mobile terminal is connected to the vehicle computer;

[0025] When connected, get battery monitoring information from the onboard computer;

[0026] Generate a list of charging options based on battery monitoring information;

[0027] Sending the first charging option to the mobile terminal, and receiving a selection result of the mobile terminal;

[0028] Generate a mobile charging application based on the selection results and positioning information.

[0029] Preferably, the step of generating the mobile charging application further includes:

[0030] When not connected, outputting a pre-configured second charging option list and receiving a selection result of the mobile terminal;

[0031] Generate a mobile charging application based on the selection results and positioning information.

[0032] Preferably, tracking your order includes:

[0033] Track order data, and when order data changes, push the changed order information to the mobile terminal;

[0034] Among them, changes in order data include: changes in the order taker when the driver of the mobile charging vehicle accepts the order, changes in the order taker's status when the order taker arrives at the charging location, changes in the status of the order taker and the status of the charging vehicle when charging starts, changes in parameters of the charging details, and changes in the status of the order taker and the status of the charging vehicle when charging ends, one or more combinations thereof.

[0035] Preferably, the payment verification information includes one or more combinations of: order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, and verification data acquisition request.

[0036] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structures particularly pointed out in the written description and the accompanying drawings.

[0037] The technical solution of the present invention is further described in detail below through the accompanying drawings and embodiments. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0039] Figure 1 A schematic diagram of a method for pushing payment information of a mobile charging order in an embodiment of the present invention;

[0040] Figure 2It is a schematic diagram of a mobile charging order payment information push system in an embodiment of the present invention. DETAILED DESCRIPTION

[0041] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0042] The embodiment of the present invention provides a method for pushing payment information of a mobile charging order, such as Figure 1 As shown, including:

[0043] Step 1: After the user submits a mobile charging application, the order prepayment information is generated and pushed to the user according to the charging plan selected by the user;

[0044] When a user needs a mobile charging vehicle to charge his electric vehicle, he can initiate mobile charging to the mobile charging management platform. The application for mobile charging is initiated by the user to the mobile charging management platform through a mobile terminal. The steps for generating the mobile charging application are as follows: after the user clicks the virtual button corresponding to the charging application on the pre-configured initial interface, the positioning information is obtained and it is determined whether the mobile terminal is connected to the on-board computer; when connected, the battery monitoring information of the on-board computer is obtained; based on the battery monitoring information, a list of charging options is generated; the first charging option is sent to the mobile terminal, and the selection result of the mobile terminal is received; based on the selection result and the positioning information, a mobile charging application is generated; when not connected, a pre-configured second list of charging options is output, and the selection result of the mobile terminal is received; based on the selection result and the positioning information, a mobile charging application is generated. The mobile charging application includes the charging plan selected by the user. Under the pricing standard configured in the platform, the corresponding price can be determined, and the corresponding order prepayment is initiated based on the determined price, and the order prepayment information is pushed to the user. The order prepayment information includes: charging plan, order number, billing standard, and prepayment link; when the user receives the order prepayment information on the mobile terminal, he clicks the prepayment link to jump to the third-party payment platform to perform the prepayment operation, and the corresponding amount of the prepayment operation is deposited into the prepayment turnover account of the mobile charging management platform;

[0045] Step 2: After the user makes a prepayment, an order is generated and announced;

[0046] The orders are published on the mobile charging management platform. The drivers of the mobile charging vehicles can accept the published orders. After accepting the orders, the mobile charging vehicles provide mobile charging services to users according to the orders.

[0047] Step 3: Track the order and push the payment verification information when the charging is completed;

[0048] After the order is published, the order is tracked, and then according to the changes in the order, it is determined whether the charging is completed. After the charging is completed, the payment verification information is pushed to the user; wherein, tracking the order includes: tracking the order data, and when the order data changes, the changed order information is pushed to the mobile terminal; wherein, the order data changes include: the change of the order taker when the driver of the mobile charging vehicle accepts the order, the change of the order taker's status when the order taker arrives at the charging location, the change of the order taker's status and the charging vehicle's status at the beginning of charging, the change of the parameters of the charging details, and the change of the order taker's status and the charging vehicle's status at the end of charging. The timing of the end of charging is the start time when the order taker's status in the order changes to idle and / or the charging vehicle's status changes to the charging completion, at which time the payment verification information is pushed to the user's mobile terminal;

[0049] Step 4: Receive the user's payment verification. When the verification is passed, the prepayment corresponding to the prepayment operation is transferred to the payment account and paid to the executor of the charging plan.

[0050] Payment verification information includes: order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, verification data acquisition request, or one or more combinations thereof. The data to be acquired by the verification data acquisition request includes: payment password, face data, fingerprint data, voice password, or one or more combinations thereof; order number, charging plan, charging start time, charging end time, charging amount, and charging calculation details are all for users to determine whether the entire charging process is reasonable and compliant when paying, so that users can decide whether to perform payment verification.

[0051] In order to improve the user's charging experience, in one embodiment, the method for pushing mobile charging order payment information further includes:

[0052] When the information push mode configured by the user in advance is to push the payment information within the preset time period after charging is completed, the payment information is pushed within the preset time period after charging is completed;

[0053] The push method corresponding to steps 1 to 4 is the default information push mode when the user has not configured the information push mode in advance;

[0054] The payment information includes one or more combinations of order number, charging plan, charging start time, charging end time, charging amount, and charging calculation details. For example, the user calls a mobile charger when parking at night, and then goes home to sleep. When the person who takes the order starts charging, the charging may be completed at night or in the early morning. At this time, the user needs to receive push information and payment verification, which may disturb normal sleep. Therefore, the user can configure the push time period in advance and configure it to 9 to 11 in the morning to push payment information during this time period.

[0055] In addition, to facilitate payment settlement, users can deposit items into the platform's prepaid revolving account. When the prepaid deposit meets the prepayment requirements, the order prepayment information will not be pushed, but the predeposit request information will be pushed. In addition, the user configures the information push mode to push at a preset time period after charging is completed on the premise of configuring the default small-amount password-free payment mode, that is, after the night charging is completed, the payment will be directly paid to the order taker without the need for user payment verification.

[0056] In order to ensure that users can control the charging process, the method for pushing mobile charging order payment information also includes:

[0057] When the information push mode configured by the user in advance is the full charging process push, during the charging process, the current order information is pushed to the user's mobile terminal at each charging time point;

[0058] The current order information includes one or more combinations of order number, charging plan, charging start time, and charging calculation details.

[0059] Among them, the charging time point is set according to the pre-configured pricing interval, specifically, according to the total duration and unit price of the pricing interval, the pre-configured charging time point configuration rule table is queried, the corresponding charging time point configuration rule is retrieved, and then the charging time point is configured; in the charging time point configuration rule table, the total duration, unit price and charging time point configuration rule (the time difference between adjacent charging time points) correspond one to one, for example: the pricing interval is set to 0-30 minutes, the price is A; 30-90 minutes, the price is B; ...; that is, the first pricing interval is 0-30 minutes, the price is A; the second pricing interval is 30-90 minutes, the price is B, and so on; by querying the charging time point configuration rule table, the charging time point configuration rules are retrieved, and one is configured every 10 minutes in the first pricing interval and one is configured every 20 minutes in the second pricing interval;

[0060] A link to terminate the charging request is set on the page that pushes the current order information. Through the link to terminate the charging request, the user can end the charging process at any time to avoid the situation where an emergency car is needed during the charging process;

[0061] When the user clicks the link to terminate the charging request, the termination charging request application interface is output, and the order number, charging plan, charging start time, charging details, fee calculation details and other information are publicized on the termination charging request application interface, and virtual buttons corresponding to cancel and confirm are configured;

[0062] Among them, the fee calculation details include: charging billing and default billing; charging billing is based on the fee of the next charging time point corresponding to the charging plan corresponding to the charging details information; the default billing is determined by comprehensive analysis and calculation based on the execution of the charging plan, the amount of prepaid funds corresponding to the charging plan, and the user's credit rating; the specific analysis steps are as follows: calculate the ratio of the charging time point included in the charging details information to the charging time point included in the charging plan to obtain the completion rate; the difference between the prepaid amount and the charging billing is used to determine the total default amount; the product of the total default amount, the incomplete rate (i.e., 1-completion rate) and the exemption coefficient (queried through the user's credit rating to retrieve the pre-configured exemption coefficient table) is used as the default billing;

[0063] The charging details information corresponds to the corresponding point of the charging plan, and the determining step is: constructing a charging time axis according to the charging plan, corresponding the charging details information to the execution status of the charging plan, determining the corresponding point from the charging time axis, marking each charging time point on the charging time axis, so that the position of the next charging time point of the corresponding point can be determined;

[0064] The step of determining the credit rating of a user includes: counting the number of orders applied for and completed by the user in the system, the number of orders applied for but cancelled, the completion rate of each completed order and other data as analysis data, extracting features from the analysis data, obtaining feature parameters (the feature parameters include: parameters indicating the number of orders applied for and completed, parameters indicating the number of orders applied for but cancelled, parameters indicating the average value of the completion rate, etc.), and according to the feature parameters, querying a pre-configured credit rating determination table (in the table, the feature parameters correspond to the credit rating one by one) to determine the credit rating;

[0065] After the user clicks the virtual button corresponding to the confirmation of the termination of the charging request application interface, the payment verification is generated and pushed according to the fee calculation details of the charging request application interface; after the user verification is passed, the corresponding amount of the prepayment is divided into a first amount and a second amount. The first amount is equal to the fee in the fee calculation details and is used to pay the order taker, and the second amount is deposited into the user's corresponding prepayment account or returned to the user's account used for prepayment.

[0066] Since charging in the later stage of the plan is more affordable, after the user terminates the charging plan, it is equivalent to giving up the subsequent discount. However, in order to improve the user experience, in one embodiment, when the user applies for charging again within a preset time (for example, 2 hours) after terminating the charging plan, the user can apply to continue the last terminated charging plan on the application interface; when choosing to continue, the free time is configured according to the time difference between the charging time point of the charging billing and the corresponding point of the actual charging, and then the last charging plan is executed; in addition, in order to protect the rights and interests of users, when the cost of continuing the last charging plan is higher than that of a new charging plan of the same length or the completion rate of the last charging plan is greater than a preset completion rate threshold (for example, any value between 0.9 and 1), the application interface will not push whether to continue the last terminated charging plan.

[0067] The present invention also provides a mobile charging order payment information push system, such as Figure 2 As shown, it includes: a first push module 1, a prepayment module 2, an order generation module 3, a second push module 4 and a payment verification module 5; wherein, after the user sends a mobile charging application, the first push module 1 generates order prepayment information according to the charging plan selected by the user and pushes it to the user; the prepayment module 2 receives the user's prepayment operation; after the user performs the prepayment operation, the order generation module 3 generates an order and announces it; the second push module 4 tracks the order, and pushes the payment verification information when the charging is completed; the payment verification module 5 receives the user's payment verification, and when the verification is passed, the prepayment corresponding to the prepayment operation is transferred to the payment account and paid to the executor of the charging plan (i.e., the person who accepts the order).

[0068] The steps for generating a mobile charging application are as follows:

[0069] After the user clicks a virtual button corresponding to a charging application on a pre-configured initial interface, obtaining positioning information and determining whether the mobile terminal is connected to the vehicle computer;

[0070] When connected, get battery monitoring information from the onboard computer;

[0071] Generate a list of charging options based on battery monitoring information;

[0072] Sending the first charging option to the mobile terminal, and receiving a selection result of the mobile terminal;

[0073] Generate a mobile charging application based on the selection results and positioning information.

[0074] When not connected, outputting a pre-configured second charging option list and receiving a selection result of the mobile terminal;

[0075] Generate a mobile charging application based on the selection results and positioning information.

[0076] Among them, tracking orders include:

[0077] Track order data, and when order data changes, push the changed order information to the mobile terminal;

[0078] Among them, changes in order data include: changes in the order taker when the driver of the mobile charging vehicle accepts the order, changes in the order taker's status when the order taker arrives at the charging location, changes in the status of the order taker and the status of the charging vehicle when charging starts, changes in parameters of the charging details, and changes in the status of the order taker and the status of the charging vehicle when charging ends, one or more combinations thereof.

[0079] The payment verification information includes one or more combinations of order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, and verification data acquisition request.

[0080] In order to improve the user's charging experience, in one embodiment, when the information push mode configured in advance by the user is to push within a preset time period after charging is completed, the second push module 4 pushes the payment information within the preset time period after charging is completed;

[0081] Figure 2 The execution order of the corresponding modules, and the corresponding execution mode is the default information push mode when the user has not configured the information push mode in advance;

[0082] The payment information includes one or more combinations of order number, charging plan, charging start time, charging end time, charging amount, and charging calculation details. For example, the user calls a mobile charger when parking at night, and then goes home to sleep. When the person who takes the order starts charging, the charging may be completed at night or in the early morning. At this time, the user needs to receive push information and payment verification, which may disturb normal sleep. Therefore, the user can configure the push time period in advance and configure it to 9 to 11 in the morning to push payment information during this time period.

[0083] In addition, to facilitate payment settlement, users can deposit items into the platform's prepaid revolving account. When the prepaid deposit meets the prepayment requirements, the first push module 1 does not push the order prepayment information, but pushes the call predeposit request information; in addition, the user configures the information push mode to push at a preset time period after charging is completed, based on the premise of configuring the default small-amount password-free payment mode, that is, after the night charging is completed, the payment is directly paid to the order taker without the need for user payment verification.

[0084] In order to ensure that users can control the charging process, the mobile charging order payment information push system also includes:

[0085] When the information push mode configured by the user in advance is the full charging process push, during the charging process, at each charging time point, the third push module pushes the current order information to the user's mobile terminal;

[0086] The current order information includes one or more combinations of order number, charging plan, charging start time, and charging calculation details.

[0087] Among them, the charging time point is set according to the pre-configured pricing interval, specifically, according to the total duration and unit price of the pricing interval, the pre-configured charging time point configuration rule table is queried, the corresponding charging time point configuration rule is retrieved, and then the charging time point is configured; in the charging time point configuration rule table, the total duration, unit price and charging time point configuration rule (the time difference between adjacent charging time points) correspond one to one, for example: the pricing interval is set to 0-30 minutes, the price is A; 30-90 minutes, the price is B; ...; that is, the first pricing interval is 0-30 minutes, the price is A; the second pricing interval is 30-90 minutes, the price is B, and so on; by querying the charging time point configuration rule table, the charging time point configuration rules are retrieved, and one is configured every 10 minutes in the first pricing interval and one is configured every 20 minutes in the second pricing interval;

[0088] A link to terminate the charging request is set on the page that pushes the current order information. Through the link to terminate the charging request, the user can end the charging process at any time to avoid the situation where an emergency car is needed during the charging process;

[0089] When the user clicks the link to terminate the charging request, the termination application module outputs the termination charging request application interface, which publicizes the order number, charging plan, charging start time, charging details, fee calculation details and other information, and is configured with virtual buttons corresponding to cancel and confirm;

[0090] Among them, the fee calculation details include: charging billing and default billing; charging billing is based on the fee of the next charging time point corresponding to the charging plan corresponding to the charging details information; the default billing is determined by comprehensive analysis and calculation based on the execution of the charging plan, the amount of prepaid funds corresponding to the charging plan, and the user's credit rating; the specific analysis steps are as follows: calculate the ratio of the charging time point included in the charging details information to the charging time point included in the charging plan to obtain the completion rate; the difference between the prepaid amount and the charging billing is used to determine the total default amount; the product of the total default amount, the incomplete rate (i.e., 1-completion rate) and the exemption coefficient (queried through the user's credit rating to retrieve the pre-configured exemption coefficient table) is used as the default billing;

[0091] The charging details information corresponds to the corresponding point of the charging plan, and the determining step is: constructing a charging time axis according to the charging plan, corresponding the charging details information to the execution status of the charging plan, determining the corresponding point from the charging time axis, marking each charging time point on the charging time axis, so that the position of the next charging time point of the corresponding point can be determined;

[0092] The step of determining the credit rating of a user includes: counting the number of orders applied for and completed by the user in the system, the number of orders applied for but cancelled, the completion rate of each completed order and other data as analysis data, extracting features from the analysis data, obtaining feature parameters (the feature parameters include: parameters indicating the number of orders applied for and completed, parameters indicating the number of orders applied for but cancelled, parameters indicating the average value of the completion rate, etc.), and according to the feature parameters, querying a pre-configured credit rating determination table (in the table, the feature parameters correspond to the credit rating one by one) to determine the credit rating;

[0093] After the termination application module receives the virtual button corresponding to the confirmation of the user clicking on the termination charging request application interface, the third push module generates and pushes the payment verification based on the fee calculation details of the charging request application interface; after determining that the user verification is passed, the payment verification module 5 divides the corresponding amount of the prepayment into a first amount and a second amount. The first amount is equal to the fee in the fee calculation details and is used to pay the order taker, and the second amount is deposited into the user's corresponding prepayment account or returned to the user's account used for prepayment.

[0094] Since charging in the later stage of the plan is more affordable, after the user terminates the charging plan, it is equivalent to giving up the subsequent discount. However, in order to improve the user experience, in one embodiment, the system also includes: a continuation module; when the user applies for charging again within a preset time (for example, 2 hours) after terminating the charging plan, the continuation module receives the user's request on the application interface to apply for a continuation of the last terminated charging plan; when choosing to continue, the free time is configured according to the time difference between the charging time point of the charging billing and the corresponding point of the actual charging, and then the last charging plan is executed; in addition, in order to protect the rights and interests of users, when the cost of continuing the last charging plan is higher than a new charging plan of the same length or the completion rate of the last charging plan is greater than a preset completion rate threshold (for example, any value between 0.9 and 1), the application interface will not push whether to continue the last terminated charging plan.

[0095] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. A method for pushing payment information of a mobile charging order, characterized in that: include: After the user submits a mobile charging application, the order prepayment information is generated and pushed to the user based on the charging plan selected by the user; After the user makes a prepayment, an order is generated and announced; Track orders and push payment verification information when charging is complete; Receive the user's payment verification. When the verification is passed, transfer the prepayment corresponding to the prepayment operation to the payment account and pay it to the executor of the charging plan.

2. The method for pushing payment information of a mobile charging order according to claim 1, characterized in that: The steps to generate a mobile charging application are as follows: After the user clicks a virtual button corresponding to a charging application on a pre-configured initial interface, obtaining positioning information and determining whether the mobile terminal is connected to the vehicle computer; When connected, get battery monitoring information from the onboard computer; Generate a list of charging options based on battery monitoring information; Sending the first charging option to the mobile terminal, and receiving a selection result of the mobile terminal; Generate a mobile charging application based on the selection results and positioning information.

3. The method for pushing mobile charging order payment information as claimed in claim 2, characterized in that: The step of generating the mobile charging application further includes: When not connected, outputting a pre-configured second charging option list and receiving a selection result of the mobile terminal; Generate a mobile charging application based on the selection results and positioning information.

4. The method for pushing payment information of a mobile charging order according to claim 1, characterized in that: Tracking your order includes: Track order data, and when order data changes, push the changed order information to the mobile terminal; Among them, changes in order data include: changes in the order taker when the driver of the mobile charging vehicle accepts the order, changes in the order taker's status when the order taker arrives at the charging location, changes in the status of the order taker and the status of the charging vehicle when charging starts, changes in parameters of the charging details, and changes in the status of the order taker and the status of the charging vehicle when charging ends, one or more combinations thereof.

5. The method for pushing payment information of a mobile charging order according to claim 1, characterized in that: The payment verification information includes: one or more combinations of order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, and verification data acquisition request.

6. A mobile charging order payment information push system, characterized in that: include: A first push module, a prepayment module, an order generation module, a second push module and a payment verification module; wherein, after the user issues a mobile charging application, the first push module generates order prepayment information according to the charging plan selected by the user and pushes it to the user; the prepayment module receives the user's prepayment operation; after the user performs the prepayment operation, the order generation module generates an order and publishes it; The second push module tracks the order and pushes the payment verification information when the charging is completed; the payment verification module receives the user's payment verification, and when the verification is passed, the prepayment corresponding to the prepayment operation is transferred to the payment account and paid to the executor of the charging plan.

7. The mobile charging order payment information push system according to claim 6, characterized in that: The steps to generate a mobile charging application are as follows: After the user clicks a virtual button corresponding to a charging application on a pre-configured initial interface, obtaining positioning information and determining whether the mobile terminal is connected to the vehicle computer; When connected, get battery monitoring information from the onboard computer; Generate a list of charging options based on battery monitoring information; Sending the first charging option to the mobile terminal, and receiving a selection result of the mobile terminal; Generate a mobile charging application based on the selection results and positioning information.

8. The mobile charging order payment information push system according to claim 7, characterized in that: The step of generating the mobile charging application further includes: When not connected, outputting a pre-configured second charging option list and receiving a selection result of the mobile terminal; Generate a mobile charging application based on the selection results and positioning information.

9. The mobile charging order payment information push system according to claim 6, characterized in that: Tracking your order includes: Track order data, and when order data changes, push the changed order information to the mobile terminal; Among them, changes in order data include: changes in the order taker when the driver of the mobile charging vehicle accepts the order, changes in the order taker's status when the order taker arrives at the charging location, changes in the status of the order taker and the status of the charging vehicle when charging starts, changes in parameters of the charging details, and changes in the status of the order taker and the status of the charging vehicle when charging ends, one or more combinations thereof.

10. The mobile charging order payment information push system according to claim 6, characterized in that: The payment verification information includes: one or more combinations of order number, charging plan, charging start time, charging end time, charging amount, charging calculation details, and verification data acquisition request.

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