What is the intelligent management system for operating the charging station control board?

The intelligent management system for operating the charging station control board is a comprehensive system that integrates multiple functions. It mainly consists of four parts: hardware system, data transmission system, software management platform, and user interaction interface. The following is a specific introduction:

hardware system

• Main control chip: As the control core, it is responsible for executing various instructions and algorithms, coordinating the work of various modules, performing data processing and analysis, such as controlling charging power, monitoring charging status, etc.

• Sensor module: includes sensors for current, voltage, temperature, leakage, etc., which collect real-time operation data of charging piles and provide basic information for intelligent management to detect abnormal situations in a timely manner.

• Communication module: Supports communication methods such as 4G/5G, Wi Fi, Bluetooth, Zigbee, etc., to achieve data transmission and interaction between charging stations, backend servers, and user terminals.

• Power module: provides stable power supply for various components of the control board, ensuring the normal operation of the system, and has overvoltage and undervoltage protection functions.

data transmission system

• Data collection: Collect and organize various types of data collected by sensors and other components in the hardware system, including charging power, charging time, device status, and other information.

• Protocol conversion: Convert collected data in different formats into a unified communication protocol format, such as TCP/IP, MQTT, etc., for transmission over the network.

• Data encryption: The operation charging station control board uses encryption algorithms, such as AES encryption algorithm, to encrypt the transmitted data, ensuring the security and integrity of the data during transmission.

• Network transmission: Using wired or wireless communication networks to transmit encrypted data to backend servers or user terminals.

Software management platform

• Data processing and analysis: Store, organize, and deeply analyze the large amount of data transmitted, explore the potential value in the data, such as analyzing user charging behavior habits, device usage frequency, etc., to provide data support for operational decision-making.

• Remote monitoring and control: Operators can view the real-time operation status of charging stations through backend software, such as charging progress, equipment failure information, etc., and can remotely control the start, stop, and adjustment of charging parameters of charging stations.

• Intelligent scheduling management: Based on factors such as the usage of charging stations, user reservation information, and grid load, optimize the allocation of charging resources through algorithms to improve the efficiency and overall operational benefits of charging stations.

• Security management: Set security thresholds and policies, monitor and analyze the operation data of charging piles in real time, issue alarm signals in a timely manner when abnormalities occur, such as overcurrent, overheating, etc., and take protective measures such as cutting off power.

• Operation and maintenance management: Record maintenance records and fault information of charging stations, generate maintenance plans and work orders based on equipment operating conditions and preset maintenance cycles, and remind operation and maintenance personnel to perform regular maintenance and fault repairs.

User Interface

• User APP: Users can search for nearby charging stations through the mobile APP, check the usage status and expected idle time of charging stations, schedule charging, view charging progress and fees in real time, and make online payments. They can also evaluate and provide feedback on charging services.

• Charging pile display screen: The operation charging pile control board provides an intuitive human-computer interaction interface. Users can view charging information, operation prompts, select charging modes, set charging parameters, and complete related operations through the display screen, such as entering passwords and scanning QR codes.