Explore our comprehensive range of EV Chargers designed for residential, commercial, fleet, and public charging applications. Our product portfolio includes AC EV chargers, DC fast chargers, liquid-cooled ultra-fast chargers, energy storage charging systems, and intelligent charging solutions. Built with advanced safety features, smart energy management, and support for international charging standards, our EV chargers provide reliable, efficient, and scalable charging solutions for electric vehicle infrastructure worldwide.
400kW DC charging pile, high-power ultra-fast charging, intelligent power distribution for safety and reliability, suitable for high-speed, commercial, fleet and public charging scenarios
The 320kW DC Charger is a high-performance EV fast charging solution designed for commercial charging stations, fleet depots, highways, and public parking facilities. It delivers ultra-fast charging, intelligent power management, and reliable operation to meet the growing demand for electric vehicle infrastructure.
The 160kW DC Charger delivers high-speed charging for electric vehicles with intelligent power distribution, advanced safety protection, and reliable performance. Ideal for commercial charging stations, fleet operations, highways, parking lots, and public EV infrastructure.
The 20‑60kW dual‑gun DC charger is a compact and efficient DC fast‑charging device with dual charging ports for commercial and public EV charging scenarios. Featuring intelligent power distribution, stable reliable performance and comprehensive safety protection, it is ideal for parking lots, car dealerships, fleet depots, corporate parks and public charging stations.
20-60KW single-gun DC charger, compact and efficient, with intelligent power management, safe and reliable, suitable for commercial parking lots, fleets and public charging stations.
The DC Charger 240kW is a high-performance DC fast charging solution designed for commercial EV charging stations, fleet depots, highway service areas, and public charging infrastructure. With intelligent power management, rapid charging capabilities, and advanced safety features, it delivers reliable, efficient charging for a wide range of electric vehicles.
The Flexible Splitting Power Station 240–960kW is a high-power EV charging solution featuring intelligent power sharing and flexible power allocation. Designed for commercial charging hubs, fleet depots, highways, and public EV infrastructure, it maximizes charging efficiency while supporting multiple vehicles simultaneously.
Flexible power can be split, with power ranging from 240 to 960kW, and multiple charging interfaces are compatible with mainstream vehicle models. Modularization makes it easy to expand and maintain. With IP55 protection and support for the OCPP protocol, it is suitable for commercial public charging scenarios.
The Liquid-Cooled Supercharger 720kW is an ultra-high-power DC fast charging solution designed for next-generation electric vehicles. Featuring advanced liquid-cooling technology, intelligent power distribution, and exceptional charging efficiency, it is ideal for highways, commercial charging hubs, fleet depots, and large-scale public EV charging infrastructure.
The Liquid-Cooled Supercharger 600kW is a next-generation ultra-fast DC charging solution engineered for high-demand EV charging applications. Featuring advanced liquid-cooled technology, intelligent power management, and high-efficiency power conversion, it delivers reliable performance for commercial charging stations, fleet depots, highways, and public EV infrastructure.
The Liquid-Cooled Supercharger 480kW is a high-performance DC fast charging solution designed for next-generation electric vehicles. Featuring advanced liquid-cooled technology, intelligent power management, and high-efficiency charging, it is ideal for commercial charging stations, highway service areas, fleet depots, and public EV infrastructure.
360kW DC charging pile, high-power fast charging, intelligent power management, safe and reliable, suitable for commercial fleets and public charging scenarios
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