Compatibility and standardization: Follow domestic and international charging standards (e.g. GB/T, CCS, CHAdeMO, etc.) to ensure that the charging pile can be seamlessly connected with all kinds of electric vehicles. Design of multi-interface (e.g. AC slow charging, DC fast charging) charging piles to meet the different charging needs of different models.
Modularization and customization: Adopt modular design concept, which is convenient for later maintenance and upgrading and customized production. For different application scenarios (e.g., public parking lots, residential communities, highway service areas, etc.), we design a series of products with strong adaptability and convenient installation.
Intelligent and interconnected: Integrate IoT technology to realize real-time communication between charging pile and cloud platform, and support remote monitoring, fault diagnosis, software upgrade and other functions. Access to mobile payment, charging reservation and other services to improve user experience.
Intelligent and interconnected: Integrate IoT technology to realize real-time communication between charging pile and cloud platform, and support remote monitoring, fault diagnosis, software upgrade and other functions. Access to mobile payment, charging reservation and other services to improve user experience.
Intelligent and interconnected: Integrate IoT technology to realize real-time communication between charging pile and cloud platform, and support remote monitoring, fault diagnosis, software upgrade and other functions. Access to mobile payment, charging reservation and other services to improve user experience.
High-efficiency charging technology: Research on high power density power conversion technology to improve charging efficiency and shorten charging time. Optimize charging strategies, such as dynamically adjusting charging current and voltage according to the battery status to extend battery life.
High-efficiency charging technology: Research on high power density power conversion technology to improve charging efficiency and shorten charging time. Optimize charging strategies, such as dynamically adjusting charging current and voltage according to the battery status to extend battery life.