Product introduction
AC Charging Pile: The supply voltage is AC220V, with a power range of 3KW to 16KW. Mainly used in hotels, shopping malls, office buildings, residential areas, and most densely populated urban areas, it can be used for AC charging of small electric vehicles during off-peak hours.
DC Charging Pile: The supply voltage is AC380V, with a power range of 30KW to 240KW. The integrated DC charging pile adopts a floor-standing design, featuring a sleek and elegant appearance, stable frame design, and comprehensive protection functions. It is suitable for various charging locations such as bus charging stations, residential communities, industrial parks, highway service areas, and parking lots. The overall rated power of the equipment can be flexibly configured, and the output power is automatically adjusted according to the load, making it an efficient charging device for new energy vehicles equipped with standard DC charging ports.
Features
1. AC charging piles are available in both vertical and wall-mounted installation options.
2. The design of the DC charging pile is convenient: the product cabinet has front and side doors that open in three directions, allowing it to be installed against a wall, making efficient use of space and meeting various installation scenarios, and facilitating later maintenance.
3. High industrial standards: Adopting a high-performance 32-bit industrial-grade embedded processor, with redundant design for key components, achieving a dustproof and waterproof rating of IP54, and complying with high-standard industrial product standards.
4. Switchable auxiliary power supply: The low-voltage BMS auxiliary power supply can be switched between 12V and 24V, compatible with both 12V and 24V BMS auxiliary power supply models available on the market.
5. Modular design: All functional components of the product are designed with modularity, facilitating maintenance and troubleshooting.
6. Industrial-grade display screen: Equipped with a high-brightness color touch screen, with clear and high-definition display of characters, automatically entering sleep mode in standby status, not only reducing energy consumption but also extending the product's lifecycle.
7. High module utilization: The product strictly controls the output of different types of modules according to their power curves, maximizing the utilization of each module's output capacity while avoiding module over-frequency output, achieving the maximum utilization rate of the whole machine.
8. Low power consumption: The product adopts low-power design, and some products add a charging module sleep function to reduce standby power consumption.
9. Comprehensive charging protection functions to prevent overcharging of vehicles, ensuring high safety.
10. Equipped with protection mechanisms such as phase loss, lightning protection, abnormal ground connection protection, short circuit, overcurrent, overtemperature, insulation fault, battery reverse connection, etc.
11. Equipped with protection functions such as input overvoltage, undervoltage, abnormal connection, emergency shutdown, communication failure, etc.
12. Equipped with an electronic lock function to prevent electric shock hazards caused by live plug disconnection.
13. Modular design: Compatible with different charging modules, suitable for various voltage and current levels, and all protection functions can be independently enabled or disabled.
14. Flexible charging modes: Charging modes such as time-based charging, amount-based charging, energy-based charging, and automatic full charging can be selected.
15. Various charging methods: Multiple charging methods such as offline card start charging, online card start charging, QR code start charging, password start charging, etc.
16. Convenient platform communication selection: Provides a variety of networking options, such as Ethernet, 4G, etc.