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CN-121989720-A - Charging device, vehicle, and charging management system

CN121989720ACN 121989720 ACN121989720 ACN 121989720ACN-121989720-A

Abstract

The application relates to a charging device, a vehicle and a charging management system, wherein the charging device comprises a charging terminal, a charging control unit and a charging control unit, wherein the charging terminal is used for acquiring vehicle information of the vehicle and executing processing operation on the vehicle information; according to the application, the information of the vehicle is acquired and processed through the charging equipment, so that the vehicle state information can be conveniently known in real time.

Inventors

  • LING HEPING
  • YAN LEI
  • LIU JUNHUA
  • YUAN SHUAI
  • ZHANG OUWEN

Assignees

  • 比亚迪股份有限公司

Dates

Publication Date
20260508
Application Date
20241108

Claims (20)

  1. 1. A charging device is characterized in that the charging device (100) comprises a charging terminal (110), The charging terminal (110) is configured to acquire vehicle information of a vehicle (200), and perform a processing operation on the vehicle information.
  2. 2. The charging apparatus according to claim 1, wherein the vehicle information includes target operating parameters of each controller in the vehicle (200).
  3. 3. The charging device according to claim 2, wherein the charging terminal (110) is further configured to: In response to a vehicle (200) diagnostic request and to the vehicle (200), the vehicle (200) transmits the vehicle (200) diagnostic request to each of the controllers and receives the target operating parameters fed back by each of the controllers.
  4. 4. A charging device according to claim 3, characterized in that the charging terminal (110) is further adapted to: And responding to the vehicle (200) diagnosis request and sending the diagnosis request to a target device of the vehicle (200), so that the target device sends the vehicle (200) diagnosis request to each controller through an on-board network of the vehicle (200), and each controller feeds back the target operation parameters to the target device through the on-board network.
  5. 5. The charging apparatus of claim 2, wherein the target operating parameter comprises at least one of a vehicle controller operating parameter, an on-board charger operating parameter, and a drive controller operating parameter.
  6. 6. The charging device of claim 1, wherein the processing operation comprises at least one of a display operation, a transmission operation, and a diagnostic operation.
  7. 7. The charging apparatus according to claim 6, wherein the transmission object of the transmission operation includes at least one of a vehicle (200), a terminal apparatus, a cloud apparatus (300), and an after-sales service terminal.
  8. 8. The charging device according to claim 1, wherein the charging device (100) further comprises a charging host (120), the charging host (120) being connected with the charging terminal (110), The charging host (120) is configured to receive vehicle information sent by the charging terminal (110), and perform a diagnostic operation on the vehicle information to obtain a diagnostic result of the vehicle (200).
  9. 9. The charging apparatus according to claim 8, wherein, The charging host (120) is further configured to send the diagnosis result of the vehicle (200) to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service terminal, and/or, The charging host (120) is further configured to send the vehicle (200) diagnosis result to the charging terminal (110), and send the vehicle (200) diagnosis result to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service end through the charging terminal (110).
  10. 10. The charging device of claim 1, wherein the charging device (100) further comprises a charging host (120), the charging host (120) being adapted to communicate with a cloud device (300); The charging host (120) is used for receiving vehicle information sent by the charging terminal (110) and sending the vehicle information to the cloud equipment (300).
  11. 11. The charging device according to claim 10, wherein the charging host (120) is further configured to: A vehicle (200) diagnostic result fed back by the cloud device (300) based on the vehicle information is received.
  12. 12. The charging apparatus according to claim 11, wherein, The charging host (120) is further configured to send the diagnosis result of the vehicle (200) to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service terminal, and/or, The charging host (120) is further configured to send the vehicle (200) diagnosis result to the charging terminal (110), where the charging terminal (110) sends the vehicle (200) diagnosis result to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service end.
  13. 13. The charging device according to any one of claims 8 to 12, wherein the charging device (100) further comprises: A transformer (130), one end of the transformer (130) is connected with the charging host (120), and the other end of the transformer (130) is suitable for being connected with a power grid; the transformer (130) is used for processing the electric energy of the power grid and then transmitting the electric energy to the charging host (120).
  14. 14. The charging apparatus according to claim 13, wherein the charging apparatus (100) further comprises: The energy storage cabinet (140), the energy storage cabinet (140) is connected with the charging host (120); The energy storage cabinet (140) is used for discharging the charging host (120) and is cooperated with the transformer (130) to charge the vehicle (200).
  15. 15. The charging device according to claim 1, wherein the charging host (120) in the charging device (100) comprises a control part (121), The control part (121) is used for processing electric energy and controlling the charging terminal (110) to charge the vehicle (200).
  16. 16. The charging device according to claim 15, wherein the control means (121) comprises at least one charging module (1211) and at least one voltage regulating module (1212), wherein, The charging module (1211) is used for performing alternating current-direct current conversion on electric energy output by the power grid; The voltage regulation module (1212) is configured to perform voltage regulation for charging the vehicle (200).
  17. 17. The charging device according to claim 7, wherein the charging device (100) further comprises a communication module (150), wherein, The communication module (150) is configured to implement communication between the charging device (100) and the cloud device (300).
  18. 18. The charging apparatus according to claim 17, wherein the communication module (150) comprises a first communication module (151) and a second communication module (152), wherein, The first communication module (151) is configured to implement communication between the charging terminal (110) and a charging host (120) in the charging device (100); The second communication module (152) is configured to implement communication between the charging host (120) and the cloud device (300).
  19. 19. A vehicle, characterized in that the vehicle (200) comprises a target device; The target device for acquiring vehicle information of the vehicle (200), and transmitting to the charging apparatus (100) according to any one of claims 1 to 18 to perform a processing operation on the vehicle information.
  20. 20. The vehicle of claim 19, wherein the target device is a battery manager and/or a vehicle controller.

Description

Charging device, vehicle, and charging management system Technical Field The present application relates to the field of vehicle charging technologies, and in particular, to a charging device, a vehicle, and a charging management system. Background As the functionality of electric vehicles increases, it becomes necessary to detect the vehicle and thereby evaluate and diagnose the overall condition of the vehicle. If the user wants to inspect the vehicle, the user needs to specially send the vehicle to a maintenance place or purchase special equipment, the vehicle inspection is inconvenient, and the user experience is poor. Disclosure of Invention The embodiment of the application provides charging equipment, a vehicle and a charging management system, which enable the charging equipment to detect the condition of the vehicle while the vehicle is charged so as to at least partially solve the technical problems. In order to achieve the above object, according to a first aspect of the present application, there is provided a charging device (100) including a charging terminal (110), The charging terminal (110) is configured to acquire vehicle information of a vehicle (200), and perform a processing operation on the vehicle information. Optionally, the vehicle information includes target operating parameters for each controller in the vehicle (200). Optionally, the charging terminal (110) is further configured to: In response to a vehicle (200) diagnostic request and to the vehicle (200), the vehicle (200) transmits the vehicle (200) diagnostic request to each of the controllers and receives the target operating parameters fed back by each of the controllers. Optionally, the charging terminal (110) is further configured to: And responding to the vehicle (200) diagnosis request and sending the diagnosis request to a target device of the vehicle (200), so that the target device sends the vehicle (200) diagnosis request to each controller through an on-board network of the vehicle (200), and each controller feeds back the target operation parameters to the target device through the on-board network. Optionally, the target operating parameter comprises at least one of a vehicle controller operating parameter, a vehicle charger operating parameter and a drive controller operating parameter. Optionally, the processing operations include at least one of a display operation, a send operation, and a diagnostic operation. Optionally, the sending object of the sending operation comprises at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service end. Optionally, the charging device (100) further comprises a charging host (120), the charging host (120) is connected with the charging terminal (110), The charging host (120) is configured to receive vehicle information sent by the charging terminal (110), and perform a diagnostic operation on the vehicle information to obtain a diagnostic result of the vehicle (200). Optionally, the charging host (120) is further configured to send the diagnosis result of the vehicle (200) to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-market server, and/or, The charging host (120) is further configured to send the vehicle (200) diagnosis result to the charging terminal (110), and send the vehicle (200) diagnosis result to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service end through the charging terminal (110). Optionally, the charging host (120) is adapted to communicate with a cloud device (300); the charging host (120) is configured to send the vehicle information to the cloud device (300). Optionally, the charging host (120) is further configured to: A vehicle (200) diagnostic result fed back by the cloud device (300) based on the vehicle information is received. Optionally, the charging host (120) is further configured to send the diagnosis result of the vehicle (200) to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-market server, and/or, The charging host (120) is further configured to send the vehicle (200) diagnosis result to the charging terminal (110), where the charging terminal (110) sends the vehicle (200) diagnosis result to at least one of a vehicle (200), a terminal device, a cloud device (300) and an after-sales service end. Optionally, the charging device (100) further comprises: A transformer (130), one end of the transformer (130) is connected with the charging host (120), and the other end of the transformer (130) is suitable for being connected with a power grid; the transformer (130) is used for processing the electric energy of the power grid and then transmitting the electric energy to the charging host (120). Optionally, the charging device (100) further comprises: The energy storage cabinet (140), the energy storage cabinet (140) is connected with the charging host (120); The energy storage cabi