Comking Charging Pile Charging Operation Service Platform uses the most complete Internet of Things technology to integrate big data, cloud computing, UnionPay T+1 settlement and other technologies to provide electric vehicle users with convenient, efficient and safe charging services, while helping charging service operators to realize intelligent management and operation of charging facilities.

►Platform Composition

User interface layer: including mobile applications (App), web pages, mini-programs and other user interaction interfaces for users to find charging piles, make appointments for charging, pay charging fees, etc.
Service layer: provides core services such as charging pile search, appointment, payment, and data query.
Data layer: stores user information, charging pile status, transaction records, charging data, etc.
Background management layer: provides operators with charging pile management, data analysis, report generation, system settings and other functions.
Charging equipment monitoring layer: communicates with charging pile equipment in real time to monitor the operating status of charging piles.

►Core Functions

Charging pile search and navigation: users can search for nearby charging piles by location information, charging pile type, idle status and other conditions, and obtain navigation information.
Reservation charging: Users can make reservations for charging piles in advance to ensure that they can charge immediately when they arrive.
Payment settlement: Supports multiple payment methods, such as Alipay, WeChat Pay, credit cards, etc., to achieve fast settlement.
Real-time monitoring: The platform monitors the operating status of charging piles in real time, including the idle/occupied status of charging piles, charging power, charging progress, etc.
Data analysis and reporting: Collect and analyze charging data to provide operators with user behavior analysis, charging pile utilization analysis, revenue reports, etc.
Fault warning and maintenance: Predict equipment failures through data analysis, and issue warnings in time to assist operators in maintenance.
Intelligent scheduling: Intelligently schedule charging resources according to charging pile usage and user needs to improve usage efficiency.
Security and authentication: Ensure transaction security and provide authentication and authorization management of charging piles.

►Features And Advantages

User experience: Provide a convenient and intuitive user interface to optimize the user charging experience.
Operational efficiency: Improve the utilization efficiency and operational benefits of charging piles through intelligent management.
Data-driven: Use big data analysis to guide operational decisions and improve the effectiveness of operational strategies.
Scalability: The platform has good scalability and can integrate new services and functions to adapt to changing market demands.
Interconnection: Supports interconnection with charging pile devices of different brands and models to improve compatibility.
Safety and reliability: Adopt multi-level security protection measures to ensure the security of user data and transactions.

►Application Scenarios

1. Daily charging of electric vehicle users
2. Public transportation, such as electric bus charging
3. Logistics and transportation, such as electric truck charging
4. Charging network management of charging service operators