TWI767508B - Method, platform and device for battery service management - Google Patents

Abstract

Method, platform and device for battery service management is provided. The method includes: obtain the corresponding battery state analysis information of each battery according to the battery state parameter of each battery; obtain the battery configuration requirements according to the request for swapping battery; matching the battery state analysis information with battery configuration requirements of each battery, and determine the battery whose battery state parameter matches the battery configuration requirements to be the targeted battery for configuration; push the targeted battery for configuration and the battery configuration requirements to the designated battery service station to provide swapping service. Therefore, customized swapping service can be provided, and the safety and reliability of battery usage can be improved.

Description

Battery service management method, battery service management platform, and electronic device

Embodiments of the present invention relate to the technical field of electronic service management, and in particular, to a battery service management method, a battery service management platform, and an electronic device.

With the maturity of electric vehicle technology and the popularization of infrastructure, consumers are increasingly accepting electric vehicles. However, users' concerns about the safety and reliability of batteries, as well as concerns about the attenuation of batteries, are the key factors restricting the replacement of fuel vehicles by electric vehicles. On the other hand, with the increase in the number of electric vehicles and the increase of long-range models, the utilization rate of the battery life cycle is insufficient; this will cause huge waste of social resources and affect the long-term development of the electric vehicle industry.

In addition, how to provide convenient and targeted battery service management for electric vehicle owners is another technical subject to be solved by the present invention.

In view of the above problems, the present invention provides a battery service management method, a battery service management platform, and an electronic device, which can overcome the above problems or at least partially solve the above problems.

A first aspect of the present invention provides a battery service management method, which includes: obtaining each battery state analysis information corresponding to each battery according to each battery state parameter corresponding to each battery; and obtaining battery configuration requirement information according to a battery replacement request; Matching each of the battery state analysis information with the battery configuration requirement information respectively, obtaining the battery state analysis information matching the battery configuration requirement information, and combining the battery state analysis information corresponding to the battery state analysis information As the battery to be configured; push the battery to be configured and the battery configuration requirement information to the designated battery service station, so that the battery service station provides a battery replacement service.

Optionally, the method further includes submitting each of the battery state parameters corresponding to each of the batteries through the vehicle terminal and/or the battery service station.

Optionally, the method further includes submitting the battery replacement request through a user terminal and/or the battery service station.

Optionally, cluster analysis is performed on each of the battery state parameters corresponding to each of the batteries based on at least one of the battery dimension, the vehicle dimension, and the battery service station dimension, to obtain each battery portrait analysis sub-information corresponding to each of the batteries. , at least one of each vehicle profile analysis sub-information and each battery service station profile analysis sub-information.

Optionally, the method further includes: identifying the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the user terminal; and comparing each of the battery status analysis information with the battery configuration requirement information, the battery configuration requirement information, and the battery replacement service category. The battery replacement service category is matched, and the battery status analysis information matching the battery configuration requirement information and the battery replacement service category is obtained, and the battery corresponding to the battery status analysis information is used as the to-be-configured battery. Battery.

Optionally, the battery replacement service category includes a first battery replacement service subcategory, and the method further includes, according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the first battery replacement service subcategory. , obtain the vehicle delivery location, transaction time and the battery configuration requirement information of the battery replacement request; match each of the battery state analysis information with the battery configuration requirement information respectively, and obtain the battery configuration requirement information corresponding to the battery configuration requirement information. matching the battery state analysis information, and using the battery corresponding to the battery state analysis information as the battery to be configured; pushing the battery to be configured and the battery configuration requirement information to the designated battery service station; According to the transaction time, the vehicle of the user terminal is transported from the vehicle delivery location to the designated battery service station, so that the battery service station can provide the battery replacement service, and the battery replacement service is completed after the battery replacement service is completed. Then, the vehicle of the user terminal is transported back from the battery service station to the vehicle delivery location.

Optionally, the battery replacement service category includes a second battery replacement service sub-category, and the method further includes: according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the second battery replacement service sub-category. category, obtain the transaction time of the battery replacement request, the designated battery service station, and the battery configuration requirement information; match each of the battery status analysis information with the battery configuration requirement information, and obtain the battery configuration requirement information. The battery status analysis information that matches the battery configuration requirement information, and the battery corresponding to the battery status analysis information is used as the battery to be configured; the battery to be configured and the battery configuration requirement information are pushed to a designated and dispatch the battery to be configured to the designated battery service station before the transaction time; and provide the designated battery service station to provide a battery replacement service.

Optionally, the battery replacement service category includes a third battery replacement service sub-category, and the method further includes: according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the third battery replacement service sub-category. category, obtain the battery service station where the client is currently located and the battery configuration requirement information; obtain the battery service station where the client is currently located as the designated battery service station, and obtain Each of the battery status analysis information corresponding to each of the batteries in the designated battery service station is used as the status analysis information of each battery to be matched; matching, obtaining the state analysis information of the battery to be matched that matches the battery configuration requirement information, and using the battery corresponding to the state analysis information of the battery to be matched as the battery to be configured; and providing the specified battery The battery service station uses the to-be-configured battery to provide a battery replacement service for the client.

Optionally, the method further includes periodically acquiring a plurality of the battery state parameters of the battery submitted by the vehicle end according to a preset interval, wherein the battery is installed on a vehicle corresponding to the vehicle end; According to the plurality of battery state parameters of the battery, if the battery is diagnosed as having a fault, a battery operation and maintenance plan is generated according to the plurality of battery state parameters of the battery; and the battery operation and maintenance plan is pushed to the The user terminal corresponding to the vehicle terminal, so that the user terminal can submit a battery operation and maintenance request based on the battery operation and maintenance plan; push the battery operation and maintenance request and the battery operation and maintenance plan to the specified battery. A service station, for the battery service station to provide battery operation and maintenance services.

A second aspect of the present invention provides a battery service management platform, comprising: a data communication module for receiving each battery state parameter corresponding to each battery and a battery replacement request; a battery analysis module for The battery state parameter is used to obtain each battery state analysis information corresponding to each of the batteries; an order analysis module is used to obtain battery configuration requirement information according to the battery replacement request; and a battery service module is used to analyze the battery state information. respectively match the battery configuration requirement information, obtain the battery status analysis information matching the battery configuration requirement information, use the battery corresponding to the battery status analysis information as the battery to be configured, and use the battery status analysis information as the battery to be configured. The battery to be configured and the battery configuration requirement information are pushed to the designated battery service station, so that the battery service station can provide a battery replacement service.

Optionally, the battery analysis module is further configured to perform cluster analysis on each of the battery state parameters corresponding to each of the batteries based on at least one of the battery dimension, the vehicle dimension, and the battery service station dimension, to obtain each of the batteries. Corresponding at least one of each of the battery profile analysis sub-information, each of the vehicle profile analysis sub-information, and each of the battery service station profile analysis sub-information.

Optionally, the order analysis module further includes identifying the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the user terminal, and if identifying the battery replacement request as the first battery replacement service sub-category, obtain the battery replacement service category. The vehicle delivery location, transaction time and the battery configuration requirement information of the battery replacement request; the battery service module further includes matching each of the battery state analysis information with the battery configuration requirement information, respectively, to obtain the battery configuration requirement information. Configure the battery status analysis information that matches the battery status analysis information, use the battery corresponding to the battery status analysis information as the battery to be configured, and push the battery to be configured and the battery configuration requirement information to the specified battery. the battery service station, and assign a service specialist to the battery replacement request, so that the service specialist can transport the vehicle of the client from the vehicle delivery location to the designated battery service station according to the transaction time, for the battery service station to provide the battery replacement service, and after the battery replacement service is completed, the service specialist will transport the vehicle of the user end from the battery service station to the vehicle for delivery Place.

Optionally, the order analysis module further includes: identifying the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the second battery replacement service sub-category. to obtain the transaction time of the battery replacement request, the designated battery service station, and the battery configuration requirement information; the battery service module further includes: combining the battery status analysis information with the battery configuration requirement information respectively Matching is performed to obtain the battery state analysis information that matches the battery configuration requirement information, and the battery corresponding to the battery state analysis information is used as the battery to be configured, and the battery to be configured and the battery to be configured are used. The battery configuration requirement information is pushed to the designated battery service station, and the to-be-configured battery is dispatched to the designated battery service station before the transaction time, so that the battery service station can provide a battery replacement service.

Optionally, the order analysis module further includes: identifying the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the third battery replacement service sub-category. , obtain the battery service station where the user terminal is currently located and the battery configuration requirement information; the battery service module further includes: acquiring the battery service station where the user terminal is currently located as the specified battery service station the battery service station, and obtain the corresponding battery status analysis information of each battery in the designated battery service station as the battery status analysis information to be matched, and use the battery status analysis information to be matched. respectively match the battery configuration requirement information, obtain the status analysis information of the battery to be matched that matches the battery configuration requirement information, and use the battery corresponding to the status analysis information of the battery to be matched as the battery status analysis information to be matched The battery is configured so that the designated battery service station uses the to-be-configured battery to provide a battery replacement service for the client.

Optionally, the data communication module is further configured to periodically acquire a plurality of the battery state parameters of the battery submitted by the vehicle end according to a preset interval, wherein the battery is installed in a corresponding battery at the vehicle end. and the platform further includes: a battery diagnosis module for diagnosing whether the battery has a fault according to a plurality of the battery state parameters of the battery; a battery operation and maintenance module for when the battery diagnosis module When diagnosing the failure of the battery, generate a battery operation and maintenance plan according to a plurality of the battery state parameters of the battery, and push the battery operation and maintenance plan to the user end corresponding to the vehicle end for all The client submits a battery operation and maintenance request based on the battery operation and maintenance plan, and pushes the battery operation and maintenance request and the battery operation and maintenance plan to the designated battery service station for the battery service station to provide batteries Operation and maintenance services.

A third aspect of the present invention provides an electronic device that is communicatively connected to the battery service management platform described in the second aspect, the electronic device comprising: an order generation module configured to input a battery replacement request including battery configuration requirement information, and transmitting the battery replacement request to the battery service management platform; and an order confirmation module for receiving battery replacement service information generated by the battery service management platform in response to the battery replacement request.

Optionally, the order generation module is further configured to provide a battery replacement service category for inputting the battery replacement request; and wherein, if the input battery replacement request is the first battery replacement service sub-category, the order is generated. The module also provides the vehicle delivery location and transaction time for inputting the battery replacement request; if the input battery replacement request is the second battery replacement service sub-category, the order generation module also provides the transaction inputting the battery replacement request time, the designated battery service station; if the input battery replacement request is the third battery replacement service sub-category, the order generation module further acquires the battery service station where the electronic device is currently located.

Optionally, the order generation module is further configured to generate a battery operation and maintenance request according to the battery operation and maintenance plan pushed by the battery service management platform, and transmit the battery operation and maintenance request to the battery service management platform; the battery service management platform; The order confirmation module is further configured to receive battery operation and maintenance service information generated by the battery service management platform in response to the battery operation and maintenance request.

It can be seen from the above technical solutions that the battery service management method, battery service management platform and electronic device provided by the embodiments of the present invention can not only provide customized battery management service requirements, but also optimize the battery flow scheduling operation so that all batteries can be used equally. , thereby delaying battery decay. In addition, battery operation and maintenance services can also be actively pushed for faulty batteries to improve battery safety.

In order to make those skilled in the art better understand the technical solutions in the embodiments of the present invention, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. The embodiments described above are only a part of the embodiments of the present invention, but not all of the embodiments. All other embodiments obtained by persons of ordinary skill in the art based on the embodiments in the embodiments of the present invention should fall within the protection scope of the embodiments of the present invention.

The specific implementation of the embodiments of the present invention is further described below with reference to the accompanying drawings of the embodiments of the present invention.

first embodiment

The first embodiment of the present invention provides a battery service management method.

The battery service management method in this embodiment is mainly used to provide related management services for the rechargeable battery of the electric vehicle.

Please refer to FIG. 2 , which shows a schematic diagram of an overall system architecture for implementing the battery service management method of this embodiment.

The cloud platform 21 is mainly responsible for providing battery replacement management services or battery operation and maintenance management services.

The client 22 can communicate bidirectionally with the cloud platform 21. In this embodiment, the client 22 can provide the owner to input a battery replacement request or a battery operation and maintenance request, and upload it to the cloud platform 21, and the client 22 can also receive the cloud The battery replacement service information returned by the platform 21 in response to the battery replacement request, or the battery health diagnosis report, battery operation and maintenance plan and other information actively promoted by the cloud platform 21 .

Optionally, the user terminal 22 includes, but is not limited to, a smart phone, a notebook computer, a platform computer, a desktop computer, a vehicle terminal, and the like.

The vehicle terminal 23 is used to collect battery state parameters (including but not limited to: battery voltage, battery temperature, battery current, battery insulation performance, operating mode, etc.) of the rechargeable battery installed on the vehicle (such as an electric vehicle), and will collect The battery status parameters of the device are uploaded to the cloud platform 21 for subsequent data analysis and processing operations.

Optionally, the battery status parameters of the rechargeable battery can be collected by the battery management system (BMS), and the collected data can be uploaded to the cloud platform through the central control gateway (CGW) mounted on the vehicle.

Optionally, the central control gateway (CGW) mounted on the vehicle can also collect vehicle operating parameters related to the battery state (such as parameters such as vehicle mileage), so that the cloud platform 21 can use the vehicle operating parameters and battery state parameters to analyze the battery. status is analyzed.

The battery service stations 24 (eg, swapping stations) are distributed in different areas, and are responsible for operations such as replacement, charging, storage, and maintenance of vehicle batteries. In this embodiment, each battery service station 24 can collect battery state parameters of each battery stored in the station, and upload the collected data to the cloud platform 21 .

In this embodiment, the battery service station 24 can also provide other services related to the vehicle battery in addition to the battery replacement service and the battery maintenance service, which is not limited in the present invention.

In addition, it should be noted that the terminology definition of the battery service station 24 is not intended to limit the present invention, and any other institutions and equipment that can provide battery replacement and battery maintenance services can be applied to the present invention.

Optionally, the vehicle terminal 23 and the battery service station 24 may also receive the execution command pushed by the cloud platform 21 to perform corresponding operations accordingly. The execution commands include but are not limited to: battery software version flashing commands, battery transfer commands, battery interception commands, battery deactivation commands, battery detection commands, vehicle and battery transfer site authentication commands, and the like.

As shown in FIG. 1 , the battery service management method according to the embodiment of the present invention mainly includes the following:

Step S11, according to each battery state parameter corresponding to each battery, obtain each battery state analysis information corresponding to each battery.

Optionally, each battery state parameter corresponding to each battery may be submitted by either the vehicle end or the battery service station.

In this embodiment, the data processing layer (data management) of the cloud platform 21 is used to receive and process each battery state parameter corresponding to each battery uploaded by the vehicle terminal 23 and the battery service station 24, so as to provide data integration and data preprocessing. , data monitoring and other services.

Then, the data processing layer (data management) of the cloud platform 21 transmits each battery state parameter corresponding to each battery to the data analysis layer of the cloud platform 21 for data analysis and processing.

In this embodiment, the data analysis layer of the cloud platform 21 can perform cluster analysis on each battery state parameter corresponding to each battery based on at least one of the battery dimension, the vehicle dimension and the battery service station dimension, and obtain each battery corresponding to each battery. At least one of profile analysis sub-information, each vehicle profile analysis sub-information, and each battery service station profile analysis sub-information.

In this embodiment, cluster analysis is performed for each battery state parameter corresponding to each battery based on the battery dimension, for example, according to the battery information of each battery, battery replacement status, historical operating conditions, life evaluation, maintenance status and other information for analysis. , and generate sub-information for each battery profile analysis corresponding to each battery. Among them, the generated battery profile analysis sub-information is used to grasp the overall situation of the battery that can be rented, including the total battery, model, and location distribution (for example, whether the battery is currently installed in the vehicle end 23 or stored in a battery service station 24) and other information.

In this embodiment, cluster analysis is performed for each battery state parameter corresponding to each battery based on the vehicle dimension, for example, according to vehicle information, vehicle state, behavior prediction, charging behavior, driving behavior and other information, the Each vehicle portrait analysis sub-information. Among them, the generated vehicle portrait analysis sub-information is used to grasp the overall situation of the vehicle, including information such as the total number of vehicles, location distribution, and usage behavior distribution.

In this embodiment, cluster analysis is performed for each battery state parameter corresponding to each battery based on the dimension of the battery service station, for example, according to the information such as the number of vehicles in the coverage area of the single station (battery service station), historical service vehicles and other information. Analyze, and generate the image analysis sub-information of each battery service station corresponding to each battery. Among them, the generated battery service station portrait analysis sub-information is used to grasp the overall situation of each battery service station site, including the total number of sites, the number and model of batteries stored at the site, and the location distribution of sites (battery service stations), etc. .

Step S12, obtain battery configuration requirement information according to the battery replacement request.

Optionally, the battery replacement request can be submitted through either the user terminal or the battery service station.

In this embodiment, when the vehicle owner needs to replace the battery for his vehicle, he can input the battery replacement request through the user terminal 22, and can further input the required battery configuration requirements (such as the battery capacity), and then the user terminal 22 can input the battery replacement request. The battery replacement request is uploaded to the cloud platform 21 so that the data processing layer (order management) of the cloud platform 21 can obtain corresponding battery configuration requirement information according to the battery replacement request.

Optionally, the vehicle owner may also select the battery replacement service category for the battery replacement request. For example, appointment service type, instant service type, etc.

Step S13: Match each battery state analysis information with the battery configuration requirement information, obtain battery state analysis information matching the battery configuration requirement information, and use the battery corresponding to the battery state analysis information as the battery to be configured.

In this embodiment, the execution strategy layer (battery replacement) of the cloud platform 21 can analyze the battery profile analysis sub-information, vehicle profile analysis sub-information and/or battery corresponding to each battery generated by the data analysis layer based on a preset matching strategy. The service station profile analysis sub-information is matched with the battery configuration requirements submitted by the client 22 to generate a battery replacement service plan that meets the battery configuration requirements (for example, the battery replacement time, the battery service station responsible for providing battery replacement services, the matching configuration battery, etc.).

Optionally, the cloud platform 21 may also match each battery state analysis information with the battery configuration requirement information and the battery replacement service category according to the battery replacement service category of the battery replacement request, and obtain the battery configuration requirement information and the battery replacement service category. Matching battery status analysis information, and use the battery corresponding to the battery status analysis information as the battery to be configured.

Step S14, push the battery to be configured and the battery configuration requirement information to a designated battery service station, so that the battery service station can provide a battery replacement service.

For example, the execution strategy layer (battery replacement) of the cloud platform 21 may take the battery service station 24 where the battery to be configured is currently located as the designated battery service station, and push the battery to be configured and the battery configuration requirement information to the designated battery service station The station 24 is used for the designated battery service station 24 to provide a battery replacement service for the client 22 using the to-be-configured battery stored in the station.

For another example, the execution strategy layer (battery replacement) of the cloud platform 21 can also push the battery to be configured and the battery configuration requirement information to the battery service station 24 designated by the user terminal 22 according to the battery service station 24 designated by the user terminal 22, And before the transaction time specified by the user terminal 22, the battery to be configured is delivered to the battery service station 24 designated by the user terminal 22, so that the battery service station 24 can use the battery to be configured stored in the station to provide battery replacement service for the user terminal 22. .

In addition, it should be noted that the system architecture to which the battery service management method of the embodiment of the present invention is applicable is not limited to the architecture diagram shown in FIG. 2 , and those skilled in the art can make changes according to actual needs.

Second Embodiment

FIG. 3 shows a battery service management method according to a second embodiment of the present invention, which mainly includes the following steps:

Step S31, according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the first battery replacement service sub-category, obtain the vehicle delivery location, transaction time and battery configuration requirement information of the battery replacement request.

In this embodiment, the battery replacement operation of the first battery replacement service sub-category, for example, the battery replacement operation of the vehicle is performed by the battery service manufacturer without the need for the vehicle owner to participate in person.

Specifically, when the user terminal 22 selects the battery replacement request as the first battery replacement service sub-category, in addition to inputting the battery configuration requirement information, the vehicle delivery location and transaction time can be further specified.

Step S32: Match each battery state analysis information with the battery configuration requirement information, obtain battery state analysis information matching the battery configuration requirement information, and use the battery corresponding to the battery state analysis information as the battery to be configured.

Specifically, the execution strategy layer (battery replacement) of the cloud platform 21 may, based on a preset matching strategy, analyze the battery profile analysis sub-information, vehicle profile analysis sub-information and/or battery service station corresponding to each battery generated by the data analysis layer The profile analysis sub-information is matched with the battery configuration requirement submitted by the user terminal 22 to obtain a battery to be configured that meets the battery configuration requirement.

In this embodiment, the execution strategy layer (battery replacement) of the cloud platform 21 can obtain a plurality of battery state analysis information matching the battery configuration requirement information, and obtain the current position information of each battery corresponding to each battery state analysis information ( That is, in which battery service station 24) the battery is currently stored, to find a battery closest to the vehicle delivery location specified by the user terminal 22, and use the battery as the battery to be configured.

Step S33, push the battery to be configured and the battery configuration requirement information to the designated battery service station.

For example, the execution strategy layer (battery replacement) of the cloud platform 21 may take the battery service station 24 where the battery to be configured is currently located as the designated battery service station, and push the battery to be configured and the battery configuration requirement information to the designated battery service station Station 24.

Step S34, according to the transaction time, the vehicle of the user terminal is transported from the vehicle delivery location to the designated battery service station, so that the battery service station can use the battery to be configured to provide the battery replacement service for the user terminal, and after the battery replacement service is completed, the user is sent to the battery service station. The end of the vehicle is transported by the battery service station back to the vehicle delivery location.

For example, the execution strategy layer (battery replacement) of the cloud platform 21 can automatically assign a service specialist to handle the battery replacement request from the client 22 so that the service specialist can deliver the vehicle of the client 22 to the vehicle delivery location at the transaction time specified by the client 22 Drive to the designated battery service station for battery replacement, and after the battery replacement is completed, the service specialist will drive the vehicle back to the vehicle delivery location designated by the user terminal 22 .

Third Embodiment

FIG. 4 shows a battery service management method according to a third embodiment of the present invention, which mainly includes the following steps:

Step S41 , according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the second battery replacement service sub-category, the transaction time of the battery replacement request, the designated battery service station and the battery configuration requirement information are obtained.

In this embodiment, the second battery replacement service sub-category is, for example, the owner of the vehicle can reserve the battery replacement service in advance according to his own itinerary.

Specifically, when the user terminal 22 selects the battery replacement request as the second battery replacement service sub-category, in addition to inputting battery configuration requirement information, it can further specify the vehicle delivery location and battery service station according to its actual itinerary.

Step S42: Match each battery state analysis information with the battery configuration requirement information, obtain battery state analysis information matching the battery configuration requirement information, and use the battery corresponding to the battery state analysis information as the battery to be configured.

Specifically, the execution strategy layer (battery replacement) of the cloud platform 21 may, based on a preset matching strategy, analyze the battery profile analysis sub-information, vehicle profile analysis sub-information and/or battery service station corresponding to each battery generated by the data analysis layer The profile analysis sub-information is matched with the battery configuration requirement submitted by the user terminal 22 to obtain a battery to be configured that meets the battery configuration requirement.

In step S43, the battery to be configured and the battery configuration requirement information are pushed to the designated battery service station, and the battery to be configured is dispatched to the designated battery service station before the transaction time.

Specifically, the execution strategy layer (battery replacement) of the cloud platform 21 can push the battery to be configured and the battery configuration requirement information to the battery service station 24 designated by the client 22 , and the to-be-configured battery will be updated before the transaction time specified by the client 22 . The battery is dispatched to the battery service station 24 designated by the client 22 .

Step S44, providing a designated battery service station to provide a battery replacement service for the client by using the battery to be configured.

For example, the vehicle owner can drive the vehicle to the battery service station 24 designated for the transaction according to the reserved transaction time, thereby completing the battery replacement service of the vehicle.

Fourth Embodiment

FIG. 5 shows a battery service management method according to a fourth embodiment of the present invention, which mainly includes the following steps:

Step S51 , according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as a third battery replacement service sub-category, obtain the battery service station where the user terminal is currently located as the designated battery service station.

In this embodiment, the third battery replacement service sub-category is, for example, the owner can go directly to the battery service station to replace the battery without making a reservation.

Specifically, when the user terminal 22 selects the battery replacement request as the third battery replacement service sub-category, in addition to inputting the battery configuration requirement information, the current location information of the user terminal 22 can be further uploaded.

Step S52, obtain the battery service station where the user terminal is currently located as the designated battery service station, and obtain each battery state analysis information corresponding to each battery in the designated battery service station as each to-be-matched battery state analysis information.

Specifically, the execution strategy layer (battery replacement) of the cloud platform 21 can determine the battery service station where the client 22 is currently located according to the current geographic location information of the client 22, and use the current battery service station as the designated battery service station. The battery service station is to obtain each battery state analysis information corresponding to each battery stored in the designated battery service station, as the battery state analysis information to be matched, that is, the user terminal 22 is currently located in the battery service station 24. All stored batteries are targeted for information matching.

Step S53: Match each battery state analysis information to be matched with the battery configuration requirement information, obtain the battery state analysis information to be matched that matches the battery configuration requirement information, and use the battery corresponding to the battery state analysis information to be matched as the battery to be configured. Battery.

Specifically, the execution strategy layer (battery replacement) of the cloud platform 21 may, based on a preset matching strategy, analyze the battery profile analysis sub-information, vehicle profile analysis sub-information and/or battery service station corresponding to each battery generated by the data analysis layer The profile analysis sub-information is matched with the battery configuration requirement submitted by the user terminal 22 to obtain a battery to be configured that meets the battery configuration requirement.

Step S54, providing a designated battery service station to provide a battery replacement service for the client by using the battery to be configured.

Specifically, the battery service station 24 where the user terminal 22 is currently located provides the vehicle battery replacement service for the vehicle owner.

The battery service management methods according to the second embodiment to the fourth embodiment of the present invention can provide a vehicle owner with a flexible and changeable battery replacement service, so as to improve the user experience of the vehicle owner.

Fifth Embodiment

FIG. 6 shows a battery service management method according to a fifth embodiment of the present invention, which mainly includes the following steps:

Step S61 , periodically acquiring a plurality of battery state parameters of the battery submitted by the vehicle end according to a preset interval time.

In this embodiment, the battery to be monitored is installed on the vehicle corresponding to the vehicle end, and the battery status parameters (for example, battery voltage, battery temperature, battery current, battery insulation performance, battery operating mode, etc.) of the battery can be monitored through the BMS. .

Step S62, according to a plurality of the battery state parameters of the battery, diagnose whether the battery has a fault.

Specifically, the data analysis layer (battery health diagnosis) of the cloud platform 21 can perform health diagnosis for the battery installed on the vehicle corresponding to the vehicle terminal 23 according to a plurality of battery state parameters uploaded by the vehicle terminal 23 , for example, for the potential potential of the battery. Hazards and battery degradation are assessed.

Step S63, when diagnosing whether the battery is faulty, a battery operation and maintenance plan is generated according to a plurality of battery state parameters of the battery.

Optionally, the faults include but are not limited to short-circuit faults inside the battery, short-circuit faults outside the battery, sensor faults, controller faults, actuator faults, cooling system faults, and the like.

Specifically, if the data analysis layer (battery health diagnosis) of the cloud platform 21 diagnoses that the battery installed on the vehicle corresponding to the vehicle end 23 is abnormal, the execution strategy layer (battery operation and maintenance) of the cloud platform 21 is provided based on the prediction Set the operation and maintenance strategy and multiple state parameters of the battery to generate the corresponding battery operation and maintenance plan.

In step S64, the battery operation and maintenance solution is pushed to the user terminal corresponding to the vehicle end, so that the user terminal can submit a battery operation and maintenance request based on the battery operation and maintenance solution.

Specifically, the vehicle owner can bind the account of the vehicle terminal 23 and the user terminal 22 in advance, so that the execution strategy layer (battery operation and maintenance) of the cloud platform 21 can actively push the generated battery operation and maintenance plan to the vehicle terminal 23 . The specified user terminal 22 is used to notify the vehicle owner that the battery on his vehicle currently has a potential safety hazard, and provide the vehicle owner to submit a corresponding battery operation and maintenance request to the cloud platform 21 according to the battery operation and maintenance plan pushed by the cloud platform 21 .

In step S65, the battery operation and maintenance request and the battery operation and maintenance plan are pushed to the designated battery service station, so that the battery service station provides the battery operation and maintenance service for the client.

Specifically, the cloud platform 21 can push the battery operation and maintenance request and the battery operation and maintenance solution to a designated battery service station, wherein the designated battery service station can be selected by the client 22, or automatically allocated by the cloud platform 21, or can be The cloud platform 21 provides a plurality of alternative battery service stations for the client 22 to select one of them as a designated battery service station.

Then, the vehicle can be driven to a designated battery service station for further confirmation and processing of the faulty battery on the vehicle.

To sum up, with the battery health diagnosis mechanism provided in this embodiment, active notification and interception can be provided for the faulty battery installed on the vehicle, thereby greatly improving the safety and reliability of the battery.

Sixth Embodiment

FIG. 7 shows a basic architecture diagram of a battery service management platform according to a sixth embodiment of the present invention.

As shown in the figure, the battery service management platform 700 of this embodiment may correspond to the cloud platform 21 shown in FIG.

The data communication module 710 is configured to receive respective battery state parameters corresponding to the respective batteries submitted by the vehicle terminal 701 and the battery service station 702 and to receive the battery replacement request submitted by the user terminal 703 .

The battery analysis module 720 is configured to obtain each battery state analysis information corresponding to each battery according to each battery state parameter corresponding to each battery.

Optionally, the battery analysis module 720 is further configured to perform cluster analysis on each of the battery state parameters corresponding to each of the batteries based on the battery dimension, the vehicle dimension, and the battery service station dimension, respectively, to obtain each battery state parameter corresponding to each of the batteries. The battery profile analysis sub-information, each of the vehicle profile analysis sub-information and each of the battery service station profile analysis sub-information.

The order analysis module 730 is configured to obtain battery configuration requirement information according to the battery replacement request.

Optionally, the order analysis module 730 is further configured to identify the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the user terminal 703, and if the battery replacement request is identified as the first battery replacement service sub-category, obtain the battery replacement service category. The vehicle delivery location, transaction time, and battery configuration requirement information of the battery replacement request; if the battery replacement request is identified as the second battery replacement service subcategory, obtain the transaction time, specified battery replacement request, and The battery service station 702 and the battery configuration requirement information; if the battery replacement request is identified as the third battery replacement service sub-category, the battery service station 702 where the client 703 is currently located and the the battery configuration requirement information.

The battery service module 740 is configured to match each of the battery status analysis information with the battery configuration requirement information, obtain the battery status analysis information matching the battery configuration requirement information, and analyze the battery status. The battery corresponding to the information is taken as the battery to be configured, and the battery to be configured and the battery configuration requirement information are pushed to the designated battery service station 702 so that the battery service station 702 can provide a battery replacement service.

Optionally, if the battery replacement request is of the first battery replacement service sub-category, the battery service module 740 is further configured to match each of the battery status analysis information with the battery configuration requirement information, respectively, to obtain a configuration corresponding to the battery configuration. The battery status analysis information that matches the demand information, the battery corresponding to the battery status analysis information is used as the battery to be configured, and the battery to be configured and the battery configuration requirement information are pushed to the specified battery A battery service station 702, and assigns a service specialist for the battery replacement request, so that the service specialist can transport the vehicle of the client 703 from the vehicle delivery location to the designated battery service according to the transaction time station 702 for the battery service station 702 to provide the battery replacement service, and after the battery replacement service is completed, the service specialist will transfer the vehicle of the client 703 to the battery service station 702 Ship back to the stated vehicle delivery location.

Optionally, if the battery replacement request is of the second battery replacement service sub-category, the battery service module 740 is further configured to match each of the battery status analysis information with the battery configuration requirement information, respectively, to obtain a configuration corresponding to the battery configuration. The battery status analysis information that matches the demand information, and the battery corresponding to the battery status analysis information is used as the battery to be configured, and the battery to be configured and the battery configuration requirement information are pushed to the specified battery. the battery service station 702, and dispatch the battery to be configured to the designated battery service station 702 before the transaction time, so that the designated battery service station 702 can use the to-be-configured battery for the user Terminal 703 provides battery replacement services.

Optionally, if the battery replacement request is of the second battery replacement service sub-category, the battery service module 740 is further configured to acquire the battery service station 702 where the client 703 is currently located as the designated battery service station. 702, and obtain each of the battery state analysis information corresponding to each of the batteries in the designated battery service station 702 as the state analysis information of each to-be-matched battery, and compare each of the to-be-matched battery state analysis information with The battery configuration requirement information is matched to obtain the to-be-matched battery state analysis information that matches the battery configuration requirement information, and the battery corresponding to the to-be-matched battery state analysis information is used as the to-be-configured battery , so that the designated battery service station 702 uses the to-be-configured battery to provide a battery replacement service for the client 703 .

As shown in FIG. 8 , in other embodiments, the battery service management platform 700 may further include a battery diagnosis module 750 and a battery operation and maintenance module 760 .

Specifically, the data communication module 710 is further configured to periodically acquire a plurality of the battery state parameters of the battery submitted by the vehicle terminal 701 according to a preset interval, wherein the battery is installed on the vehicle terminal 701 on the corresponding vehicle.

The battery diagnosis module 750 is configured to diagnose whether the battery is faulty according to a plurality of the battery state parameters of the battery.

The battery operation and maintenance module 760 is configured to generate a battery operation and maintenance plan according to a plurality of the battery state parameters of the battery when the battery diagnosis module 720 diagnoses that the battery is faulty, and push the battery operation and maintenance plan to the The user terminal 703 corresponding to the vehicle terminal 701 is for the user terminal 703 to submit a battery operation and maintenance request based on the battery operation and maintenance plan, and push the battery operation and maintenance request and the battery operation and maintenance plan to The battery service station 702 is designated for the battery service station 702 to provide battery operation and maintenance services.

In addition, the battery service management platform 700 of each embodiment of the present invention can also be used to implement other steps in the foregoing battery service management method embodiments, and has the beneficial effects of the corresponding method step embodiments, which will not be repeated here.

Seventh Embodiment

FIG. 9 shows an electronic device provided by a seventh embodiment of the present invention, wherein the electronic device 900 in this embodiment may correspond to the user terminal 22 shown in FIG. 2 or the user terminal 703 shown in FIG. 7 and FIG. 8 . It mainly includes: an order generation module 910 and an order confirmation module 920 .

The order generation module 910 is configured to provide input of a battery replacement request including battery configuration requirement information, and transmit the battery replacement request to the battery service management platform 700 described in the sixth embodiment.

The order confirmation module 920 is configured to receive battery replacement service information generated by the battery service management platform 700 in response to the battery replacement request.

Optionally, the order generation module 910 is further configured to provide a battery replacement service category for inputting the battery replacement request, wherein, if the input battery replacement request is the first battery replacement service subcategory, the order generation module 910 It also provides the vehicle delivery location and transaction time for inputting the battery replacement request; if the input battery replacement request is the second battery replacement service sub-category, the order generation module 910 also provides a transaction for inputting the battery replacement request time, the designated battery service station 702; if the input battery replacement request is the third battery replacement service sub-category, the order generation module 910 also obtains the battery service station where the electronic device is currently located 702 to the battery service station 702 designated as the battery replacement request.

Optionally, the order generation module 910 is further configured to generate a battery operation and maintenance request according to the battery operation and maintenance plan pushed by the battery service management platform 700, and transmit the battery operation and maintenance request to the battery service management platform 700. , and the order confirmation module 920 is further configured to receive battery operation and maintenance service information generated by the battery service management platform 700 in response to the battery operation and maintenance request.

To sum up, the battery service management method, the battery service management platform, and the electronic device provided by the embodiments of the present invention meet the battery configuration requirements of different customers by matching the battery state analysis information of each battery with the battery configuration information submitted by the user , to provide customized battery management service requirements.

Furthermore, the present invention collects the battery state parameters of each battery through the vehicle terminal and the battery service station, and analyzes the battery state analysis information corresponding to each battery accordingly. The purpose of improving battery safety and reliability, delaying battery decay, and improving battery utilization.

In addition, the present invention also diagnoses whether the battery installed on the vehicle side is faulty by monitoring the battery status parameters submitted by the vehicle side, and when a battery fault is diagnosed, a corresponding battery operation and maintenance plan is generated and pushed to the vehicle side. A user terminal corresponding to the vehicle terminal is used, whereby a timely operation and maintenance management service can be provided for the battery in the vehicle with a fault, thereby improving the safety of battery use.

Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the embodiments of the present invention, but not to limit them; although the present invention has been described in detail with reference to the foregoing embodiments, those of ordinary skill in the art should understand that: It is still possible to modify the technical solutions recorded in the foregoing embodiments, or to perform equivalent replacements for some of the technical features; and these modifications or replacements do not make the essence of the corresponding technical solutions deviate from the spirit of the technical solutions of the embodiments of the present invention. scope.

21: Cloud Platform 22: Client 23: Vehicle end 24: Battery Service Station 700: Battery Service Management Platform 701: Vehicle end 702: Battery Service Station 703: Client 710: Data Communication Module 720: Battery Analysis Module 730: Order Analysis Module 740: Battery Service Module 750: Battery Diagnostic Module 760: Battery operation and maintenance module 900: Electronics 910: Order Generation Module 920:Order Confirmation Module

In order to illustrate the embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the drawings in the following description are only the For some embodiments described in the embodiments of the invention, for those of ordinary skill in the art, other drawings can also be obtained according to these drawings.

FIG. 1 is a schematic flowchart of a battery service management method according to a first embodiment of the present invention.

Fig. 2 is the applicable system architecture diagram of the battery service management method of the present invention;

FIG. 3 is a schematic flowchart of a battery service management method according to a second embodiment of the present invention.

FIG. 4 is a schematic flowchart of a battery service management method according to a third embodiment of the present invention.

FIG. 5 is a schematic flowchart of a battery service management method according to a fourth embodiment of the present invention.

FIG. 6 is a schematic flowchart of a battery service management method according to a fifth embodiment of the present invention.

7 and 8 are schematic diagrams of the architecture of a battery service management platform according to a sixth embodiment of the present invention.

FIG. 9 is a schematic structural diagram of an electronic device according to a seventh embodiment of the present invention.

Claims (9)

A battery service management method, comprising: obtaining each battery state analysis information corresponding to each battery according to each battery state parameter corresponding to each battery; obtaining battery configuration requirement information according to a battery replacement request; The configuration requirement information is matched to obtain the battery status analysis information that matches the battery configuration requirement information, and the battery corresponding to the battery status analysis information is used as the battery to be configured; the to-be-configured battery and the battery configuration requirement information are pushed Go to a designated battery service station for the battery service station to provide battery replacement services; according to the battery status parameters corresponding to each battery submitted by the vehicle end and the battery service station, the battery status analysis information corresponding to each battery is obtained including: Based on at least one of the battery dimension, vehicle dimension and battery service station dimension, cluster analysis is performed on each battery state parameter corresponding to each battery to obtain each battery profile analysis sub-information, each vehicle profile analysis sub-information and each battery corresponding to each battery At least one of the service station profile analysis sub-information. The battery service management method according to claim 1, wherein the method comprises: submitting each battery state parameter corresponding to each battery by the vehicle terminal and/or the battery service station. The battery service management method according to claim 1, wherein the method further comprises: submitting the battery replacement request through a user terminal and/or the battery service station. The battery service management method according to claim 1, wherein the method further comprises: identifying the battery replacement service category of the battery replacement request according to the battery replacement request submitted by the client; and comparing the battery status analysis information with the battery configuration requirements respectively Information, the battery replacement service class Don't perform matching, obtain the battery state analysis information matching the battery configuration requirement information and the battery replacement service category, and use the battery corresponding to the battery state analysis information as the battery to be configured. The battery service management method according to claim 4, wherein the battery replacement service category includes a first battery replacement service sub-category, and the method further includes: according to the battery replacement request submitted by the client, if the battery replacement request is identified as the first battery replacement service A battery replacement service sub-category, obtains the vehicle delivery location, transaction time and battery configuration requirement information of the battery replacement request; matches each of the battery status analysis information with the battery configuration requirement information, and obtains the battery configuration requirement information. match the battery status analysis information, and use the battery corresponding to the battery status analysis information as the battery to be configured; push the battery to be configured and the battery configuration requirement information to the designated battery service station; according to the transaction time, Transport the vehicle of the client from the vehicle delivery location to the designated battery service station for the battery service station to provide the battery replacement service, and after the battery replacement service is completed, the vehicle of the client will be serviced by the battery station back to the vehicle delivery location. The battery service management method according to claim 4, wherein the battery replacement service category includes a second battery replacement service sub-category, and the method further includes: according to the battery replacement request submitted by the user terminal, if the battery replacement request is identified as the first battery replacement service Second battery replacement service sub-category, obtain the transaction time of the battery replacement request, the designated battery service station and the battery configuration requirement information; match each battery state analysis information with the battery configuration requirement information, and obtain the battery configuration requirement information. The battery state analysis information that matches the demand information, and the battery corresponding to the battery state analysis information is used as the battery to be configured; the battery to be configured and the battery configuration demand information are pushed to the designated battery service station, and the The to-be-configured battery is dispatched to the designated battery service station before the transaction time; and the designated battery service station is provided to provide the battery replacement service. The battery service management method according to claim 4, wherein the battery replacement service category includes a third battery replacement service sub-category, and the method further includes: according to the battery replacement request submitted by the client, if the battery replacement request is identified as the third battery replacement service Three battery replacement service sub-categories, obtain the battery service station where the client is currently located and the battery configuration requirement information; obtain the battery service station where the client is currently located as the designated battery service station, and obtain the specified battery service station Each of the battery state analysis information corresponding to each of the batteries in the battery service station is used as each to-be-matched battery state analysis information; each of the to-be-matched battery state analysis information is respectively matched with the battery configuration requirement information to obtain a configuration corresponding to the battery. The state analysis information of the battery to be matched matched with the demand information, and the battery corresponding to the state analysis information of the battery to be matched is used as the battery to be configured; and the battery to be configured and the battery configuration requirement information are pushed to the designated battery a service station for the battery service station to provide the battery replacement service. A battery service management platform, the platform comprising: a data communication module for receiving each battery state parameter corresponding to each battery and a battery replacement request; a battery analysis module for obtaining each battery corresponding to each battery state parameter according to each battery Each battery state analysis information; an order analysis module, used to obtain battery configuration requirement information according to the battery replacement request; and a battery service module, used to match each battery state analysis information with the battery configuration requirement information respectively, and obtain the battery configuration requirement information. Configure the battery state analysis information that matches the battery state analysis information, use the battery corresponding to the battery state analysis information as the battery to be configured, and push the to-be-configured battery and the battery configuration requirement information to the designated battery service station for use The battery service station provides battery replacement services; It is also used to perform cluster analysis on each of the battery state parameters corresponding to each of the batteries based on at least one of the battery dimension, the vehicle dimension, and the battery service station dimension, to obtain each of the battery portrait analyzers corresponding to each of the batteries. at least one of the information, each of the vehicle profile analysis sub-information and each of the battery service station profile analysis sub-information. An electronic device, which is communicatively connected to the battery service management platform described in claim 8, wherein the electronic device comprises: an order generation module, configured to input a battery replacement request including battery configuration requirement information, and transmit the battery replacement request to the battery service management platform; and an order confirmation module for receiving battery replacement service information generated by the battery service management platform in response to the battery replacement request.

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