New energy battery data cloud platform

Abstract

The invention discloses a new energy battery data cloud platform, and relates to the technical field of data cloud platforms, and the platform comprises a login module, the login module is used for user account and user password login, if information verification fails, login is carried out again until login succeeds, data configuration is carried out after user login, and a total page is entered after data configuration succeeds. The general page comprises an intelligent communication data cloud and an intelligent communication management background, the intelligent communication data cloud comprises map display, equipment display and an equipment list, and the map display is that an equipment use position map is displayed on the page. Through data management and control of the system, the use condition and the specific use position of the new energy battery, centralized distribution of battery use and comprehensive management of users can be conveniently displayed, and the situation that when new energy battery data display is traditionally carried out, an operator needs to carry out query recording and then carry out summarized display is avoided; and the convenient effect of new energy battery data display is ensured.

Description

Technical Field

[0001] The present invention relates to the technical field of data cloud platforms, and in particular to a new energy battery data cloud platform. Background Art

[0002] Data cloud platform, also known as cloud platform, refers to services based on hardware resources and software resources, providing computing, network and storage capabilities. Cloud computing platforms can be divided into three categories: storage cloud platforms that focus on data storage, computing cloud platforms that focus on data processing, and comprehensive cloud computing platforms that take into account both computing and data storage processing. Due to the system usage function of the data cloud platform, it is just right for the increasingly developing new energy battery field.

[0003] The usage of new energy batteries during use and the display of specific usage locations, as well as the centralized distribution of battery use and comprehensive management of users all need to be paid attention to. Traditionally, the operations of these issues require operators to query and record them, and then summarize and display them. This will affect the display effect of the use of new energy batteries and increase the difficulty of data collection for operators. To solve the above problems, a new energy battery data cloud platform is needed. Summary of the invention

[0004] In order to achieve the above-mentioned purpose, the present invention specifically adopts the following technical solutions: A new energy battery data cloud platform, including a login module; The login module is a user account and password login. If the information verification fails, the user will log in again until the login is successful. After the user logs in, the data configuration is performed. After the data configuration is successful, the user will enter the main page, which includes Zhitong Data Cloud and Zhitong Management Backend; The Zhitong Data Cloud includes map display, device display, and device list. The map display is to display the device usage location map on the page, and the map display includes displaying all, displaying charging, displaying alarms, and device search boxes. The map display uses the domestic GPS positioning method to locate the specific location of the battery. The device display includes device statistics, device status statistics, operating condition analysis, and health status assessment. The device statistics include loading energy, operating time, charging energy, mileage, and number of cycles. The device list is a centralized display of all used batteries, and the device list page is provided with a data information search box, through which the battery information recorded in the system can be found; The Zhitong management background includes project classification management, project management, model management, customer management, group management, equipment management, supplier management, maintenance upload records, mini-program whitelist, mini-program user management, and Bluetooth transmission records. Each page of the project classification management, project management, equipment management, supplier management, maintenance upload records, mini-program whitelist, mini-program user management, and Bluetooth transmission records is provided with a data information search box. The data information search box has the same function as the data information search box on the device list page, and has the function of searching for battery information recorded in the system. The model management, customer management, and group management pages are all displayed in lists, and all recorded battery information is displayed in the list. , the project category management page includes project category name, project category description, number of projects, number of devices, creation date, operation, etc., and its multiple sub-items form a display list. The project management page includes project name, project category name, number of devices, operation, etc., and its multiple sub-items form a display list. The model management page includes model name and operation, two items form a display list. The customer management page includes customer name and operation, two items form a display list. The group management page includes group name and operation, two items form a display list. The device management page includes battery number, HWID, battery type, activation date, system status, signal strength, last data time, factory date, SOC, city, alarm , charging time, charging capacity, last charge, discharge time, mileage, last discharge, number of cycles, warranty status, warranty expiration time, operation, etc., multiple items form a display list. SOC is a system-on-chip, also known as a system on a chip, which means that it is a product, an integrated circuit with a dedicated goal, which contains all the contents of a complete system and embedded software. The supplier management page includes the supplier project name and operation, two items form a display list. The maintenance upload record page includes HWID, name, contact information, battery code, purpose, battery power, related pictures, creation time, operation, multiple items form a display list. The mini program whitelist page includes name, user account, authority Limited to type and operation, four items form a display list. The mini program user management page includes user name, mobile phone number, creation date, update date, operation, etc., multiple items form a display list. The Bluetooth transmission record page includes device basic information transmission, single cell voltage information transmission, parameter reading and setting model, device ID, device address, signal strength, broadcast name, device name, Bluetooth service address, longitude, latitude, RSOC, charging switch, discharge switch, balance status, protection status, total voltage, total current, total power, number of cycles, NTC content, humidity, single string voltage, creation time, update IP, remarks, version, BT code, HWID, operation, etc., which form a display list.

[0005] Furthermore, the map display showing all is the location of all batteries displayed on the map after the page is opened, the map display showing charging is the location of all batteries when they are charging, the map display showing alarm is the alarm location after an alarm occurs when the battery is in use, and the device search box in the map display can query the corresponding battery information, and can query the information of its charging location and alarm location.

[0006] Furthermore, the device status statistics in the device display are the display of the number of batteries used and mileage, the operating condition analysis in the device display is the display of battery station ratio and power, and the health status assessment in the device display is the display of battery number and usage date.

[0007] Furthermore, the maintenance upload record in the Zhitong management background records the inspection, testing, repair, assembly, grading, and recycling information of the corresponding battery in all battery information, and transmits the information to the Zhitong management background system.

[0008] Furthermore, the equipment statistics in the equipment display in the Zhitong Data Cloud are for displaying the specific use of the battery, the installed energy in the equipment statistics are for displaying the total battery capacity and the maximum electric energy of the installed battery, the operating time in the equipment statistics are for displaying the total battery usage time and the maximum battery usage time in a day, the charging energy in the equipment statistics are for displaying the total battery charging capacity and the maximum battery charging capacity in a day, the mileage in the equipment statistics are for displaying the total mileage kilometers of the battery usage process and the maximum mileage kilometers of the battery usage process in a day, and the number of cycles in the equipment statistics are for displaying the total number of battery cycles and the number of battery cycles in a day.

[0009] Furthermore, the device list page displays the battery number, HWID, activation date, system status, signal strength, last data time, factory date, SOC, city, alarm, charging time, charging power, last charge, discharge time, mileage, last discharge, warranty status, warranty expiration time, and battery type of the battery, and the device list page has advanced query and export functions.

[0010] Furthermore, the Bluetooth transmission record page in the Zhitong management background includes a BT feature code query box, an HWID query box, and a device ID query box, and the Bluetooth transmission record page has new, export, import, and advanced query options to facilitate the query of Bluetooth data.

[0011] Technical effects and advantages of the present invention: The present invention can conveniently display the usage and specific usage locations of new energy batteries, as well as the centralized distribution of battery usage and the comprehensive management of users through systematic data management and control, thereby avoiding the need for operators to query and record and then summarize and display the data in the traditional display of new energy battery data, thereby ensuring the convenient effect of new energy battery data display. BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 It is a schematic diagram of the overall process structure of the present invention.

[0013] Figure 2 This is a schematic diagram of the Zhitong Data Cloud process structure of the present invention.

[0014] Figure 3 It is a schematic diagram of the Zhitong management background process structure of the present invention.

[0015] Figure 4 It is a schematic diagram of the device status bar statistics structure of the present invention.

[0016] Figure 5 It is a schematic diagram of the statistical structure of the operating condition analysis of the present invention.

[0017] Figure 6 It is a schematic diagram of the health status assessment statistical structure of the present invention.

[0018] Figure 7 This is a schematic diagram of the functional architecture of the present invention. DETAILED DESCRIPTION

[0019] To make the purpose, technical solution and advantages of the embodiments of the present invention more clear, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0020] like Figure 1-7 As shown, a new energy battery data cloud platform includes a login module; The login module is for user account and password login. If the information verification fails, the user will log in again until the login is successful. After the user logs in, the data is configured. After the data configuration is successful, the user will enter the main page, which includes Zhitong Data Cloud and Zhitong Management Backend. The operation of this cloud platform follows the lifecycle management functional architecture. The lifecycle management functional architecture is mainly through the interaction and system function modules as well as the coordination between engine management and storage management. The interaction includes unified authentication (or authorization), blockchain privacy protection, MQTT (or HTTPS) interface authorization, and SMS identity authentication. The system function modules include basic information module, equipment statistics module, security prevention and control module, AI model algorithm, charging and discharging current module, operating condition module, quality control management module, big data cluster platform, working temperature module, health status assessment, monitoring and early warning module, etc. The above-mentioned multiple control modules are used to ensure the operation effect of the overall system. The export after operation is through MYSQL data export and HIVE data export. Engine management includes FLINK CDC, Hive on TEZ, SPARK, etc. until the data export engine. Storage management includes MYSQL partition, HDFS distributed storage, Paimon data lake, Hive data warehouse, and startup information storage. Zhitong Data Cloud includes map display, equipment display, and equipment list. Map display is to display the equipment usage location map on the page, and the map display includes display all, display charging, display alarm, and equipment search box. Equipment display includes equipment statistics, equipment status statistics, operating condition analysis, and health status assessment. Equipment statistics include loading energy, operating time, charging energy, mileage, and number of cycles. The equipment list is a centralized display of all used batteries, and the equipment list page is equipped with a data information search box, through which the battery information recorded in the system can be found; Zhitong management backend includes project classification management, project management, model management, customer management, group management, equipment management, supplier management, maintenance upload records, mini program whitelist, mini program user management, and Bluetooth transmission records. Each page of project classification management, project management, equipment management, supplier management, maintenance upload records, mini program whitelist, mini program user management, and Bluetooth transmission records has a data information search box. Maintenance upload usually refers to uploading the maintenance and maintenance records of equipment, facilities or systems to the relevant management system or platform. These records may include equipment inspection, testing, repair, assembly, grading, recycling and other information. The purpose is to manage and track the maintenance of the equipment and ensure the performance of the equipment. and accuracy, and saves costs. The data information search box has the same function as the data information search box on the device list page, which can search for battery information recorded in the system. The model management, customer management, and group management pages are all displayed in lists, and all recorded battery information is displayed in the list. The project classification management page includes project classification name, project classification description, number of projects, number of devices, creation date, operation, etc., and its multiple sub-items form a display list. The project management page includes project name, project classification name, number of devices, operation, etc., and its multiple sub-items form a display list. The model management page includes model name and operation, and two items form a display list. The customer management page includes customer name and operation, and two items form a display list. The group The management page includes group name and operation, two items form a display list. The device management page includes battery number, HWID, battery type, activation date, system status, signal strength, last data time, factory date, SOC, city, alarm, charging time, charging power, last charge, discharge time, mileage, last discharge, number of cycles, warranty status, warranty expiration time, operation, etc., multiple items form a display list. The supplier management page includes supplier project name and operation, two items form a display list. The maintenance upload record page includes HWID, name, contact information, battery code, purpose, battery power, related pictures, creation time, operation, multiple items form a display list. Mini program whitelist page Including name, user account, permission type, and operation, four items form a display list. The mini program user management page includes user name, mobile phone number, creation date, update date, operation, etc., multiple items form a display list. The Bluetooth transmission record page includes basic device information transparent transmission, single cell voltage information transparent transmission, parameter reading and setting model, device ID, device address, signal strength, broadcast name, device name, Bluetooth service address, longitude, latitude, RSOC, charging switch, discharge switch, balance status, protection status, total voltage, total current, total power, number of cycles, NTC content, humidity, single string voltage, creation time, update IP, remarks, version, BT code, HWID, operation, etc., which is composed of multiple items to form a display list; The "All" in the map display refers to the positions of all batteries displayed on the map after the page is opened. The "Charging" in the map display refers to the positions of all batteries when they are charging. The "Alarm" in the map display refers to the alarm position after an alarm occurs when the battery is in use. The device search box in the map display can query the corresponding battery information, and can query the information of its charging position and alarm position. The device status statistics in the device display refer to the display between the number of used batteries and mileage. The operating condition analysis in the device display refers to the display of the battery station ratio and power. The health status assessment in the device display refers to the display of the number of batteries and the date of use. The maintenance upload record in the Zhitong management backend refers to the record of the inspection, test, repair, assembly, grading, and recycling information of the corresponding battery in all battery information, and the information is transmitted to the Zhitong management backend system. The equipment statistics in the equipment display in Zhitong Data Cloud are used to display the specific use of the battery. The installed energy in the equipment statistics is the total battery capacity and the maximum power of the installed battery. The running time in the equipment statistics is the total battery usage time and the maximum battery usage time in a day. The charging energy in the equipment statistics is the total battery charging capacity and the maximum battery charging capacity in a day. The mileage in the equipment statistics is the total mileage kilometers of the battery usage process and the maximum mileage kilometers of the battery usage process in a day. The cycle count in the equipment statistics is the total battery cycle count and the battery cycle count in a day. The device list page displays the battery number, HWID, activation date, system status, signal strength, last data time, and output time of the battery. Factory date, SOC, city, alarm, charging time, charging capacity, last charge, discharge time, mileage, last discharge, warranty status, warranty expiration time, battery type. The device list page has advanced query and export functions. The Bluetooth transmission record page in the Zhitong management background includes a BT feature code query box, an HWID query box, and a device ID query box. The Bluetooth transmission record page has new, export, import, and advanced query options to facilitate the query of Bluetooth data. The acquisition of feature codes can no longer be a simple extraction of a section of code, but is segmented, and can contain any content in the middle, that is, some "mask bytes" that do not participate in the comparison are added. Where the "mask bytes" appear, no content will participate in the comparison.

[0021] The above description of the disclosed embodiments enables one skilled in the art to implement or use the present invention. Various modifications to these embodiments will be apparent to one skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the present invention. Therefore, the present invention will not be limited to the embodiments shown herein, but rather to the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A new energy battery data cloud platform, characterized by: Includes login module; The login module is a user account and password login. If the information verification fails, the user will log in again until the login is successful. After the user logs in, the data configuration is performed. After the data configuration is successful, the user will enter the main page, which includes Zhitong Data Cloud and Zhitong Management Backend; The Zhitong Data Cloud includes map display, device display, and device list. The map display is to display the device usage location map on the page, and the map display includes displaying all, displaying charging, displaying alarms, and a device search box. The device display includes device statistics, device status statistics, operating condition analysis, and health status assessment. The device statistics include loading energy, operating time, charging energy, mileage, and number of cycles. The device list is a centralized display of all used batteries, and the device list page is provided with a data information search box, through which the battery information recorded in the system can be found; The Zhitong management background includes project classification management, project management, model management, customer management, group management, equipment management, supplier management, maintenance upload records, mini-program whitelist, mini-program user management, and Bluetooth transmission records. Each page of the project classification management, project management, equipment management, supplier management, maintenance upload records, mini-program whitelist, mini-program user management, and Bluetooth transmission records is provided with a data information search box. The data information search box has the same function as the data information search box on the device list page, and has the function of searching for battery information recorded in the system. The model management, customer management, and group management pages are all displayed in lists, and all recorded battery information is displayed in the list.

2. A new energy battery data cloud platform according to claim 1, characterized in that: The map display showing all is the location of all batteries displayed on the map after the page is opened, the map display showing charging is the location of all batteries when they are charging, the map display showing alarm is the alarm location after an alarm occurs when the battery is in use, and the device search box in the map display can query the corresponding battery information, and can query the information of its charging location and alarm location.

3. A new energy battery data cloud platform according to claim 1, characterized in that: The equipment status statistics in the equipment display are the display of the number of batteries used and mileage, the operating condition analysis in the equipment display is the display of battery station ratio and power, and the health status evaluation in the equipment display is the display of battery number and usage date.

4. A new energy battery data cloud platform according to claim 1, characterized in that: The maintenance upload record in the Zhitong management background records the inspection, testing, repair, assembly, grading, and recycling information of the corresponding battery in all battery information, and transmits the information to the Zhitong management background system.

5. The new energy battery data cloud platform according to claim 1, characterized in that: The equipment statistics in the equipment display in the Zhitong Data Cloud are for displaying the specific use of the battery, the installed energy in the equipment statistics are for displaying the total battery capacity and the maximum electric energy of the installed battery, the operating time in the equipment statistics are for displaying the total battery usage time and the maximum battery usage time in a day, the charging energy in the equipment statistics are for displaying the total battery charging capacity and the maximum battery charging capacity in a day, the mileage in the equipment statistics are for displaying the total mileage kilometers of the battery usage process and the maximum mileage kilometers of the battery usage process in a day, and the number of cycles in the equipment statistics are for displaying the total number of battery cycles and the number of battery cycles in a day.

6. A new energy battery data cloud platform according to claim 1, characterized in that: The device list page displays the battery number, HWID, activation date, system status, signal strength, last data time, factory date, SOC, city, alarm, charging time, charging power, last charge, discharge time, mileage, last discharge, warranty status, warranty expiration time, and battery type of the battery. The device list page has advanced query and export functions.

7. The new energy battery data cloud platform according to claim 1, characterized in that: The Bluetooth transmission record page in the Zhitong management background includes a BT feature code query box, an HWID query box, and a device ID query box, and the Bluetooth transmission record page has new, export, import, and advanced query options to facilitate the query of Bluetooth data.

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