Designed for electric motorcycles and two-wheel EV applications, this compact 2kW charger supports 72V battery systems with 57-84V DC output. It can be used as both an onboard charger and portable charger, featuring constant current/constant voltage charging and multiple protections including over-voltage, over-current, short circuit and over-temperature protection.
Designed for 96V and 320V battery platforms, this 2-in-1 solution integrates a 6.6kW onboard charger and 1.5kW DC-DC converter into one compact unit. It provides efficient battery charging and stable low-voltage power supply for commercial electric vehicles, while helping manufacturers simplify wiring, save installation space and improve system integration.
Designed for electric motorcycles and two-wheel EV applications, this compact 1kW charger supports 72V battery systems with 57-84V DC output. It can be used as both an onboard charger and portable charger, featuring constant current/constant voltage charging and multiple protections including over-voltage, over-current, short circuit and over-temperature protection.
Designed for 48V light electric vehicles, this 2-in-1 solution combines onboard charging and DC-DC conversion to simplify wiring, save installation space and provide reliable power supply.
Designed for 72V and 96V electric vehicle platforms, this 2-in-1 solution integrates a 2.0kW onboard charger and 1.0kW DC-DC converter into one compact unit. It helps EV manufacturers reduce wiring complexity, save installation space and improve overall power system integration. With CAN-bus communication and reliable protection functions, it is suitable for electric cargo vehicles, utility vehicles, agricultural EVs, low-speed EVs and other commercial electric vehicle applications.
For new energy vehicles, CC/CV output. Built-in reverse polarity protection for high voltage input as well as OVP, UVP, short circuit and OTP protection.
Designed for 72V, 96V, 320V battery platforms, this integrated OBC + DC-DC solution is suitable for electric cargo vehicles, utility vehicles, agricultural EVs, low-speed EVs and other commercial EV applications.
Designed for 320V high-voltage EV platforms, this 2-in-1 solution integrates a 3.3kW onboard charger and 1.5kW DC-DC converter into one compact unit. It helps electric vehicle manufacturers simplify wiring, save installation space and improve overall power system integration.
Designed for 96V battery systems, this compact DC/DC converter converts 64-133V DC input into stable 9-16V DC output. With 500W rated power, high efficiency and multiple protection functions, it provides a reliable low-voltage power solution for electric vehicles and auxiliary systems.
Designed for 96V electric vehicle platforms, this 1.2kW DC/DC converter provides stable 9-16V DC output for vehicle low-voltage systems. Featuring high efficiency, CAN Bus communication and multiple protection functions, it delivers a reliable power solution for commercial EVs, utility vehicles and other electric vehicle applications.
Designed for 96V electric vehicle platforms, this 10kW DC fast charging converter enables low-voltage EVs to connect with high-voltage DC charging stations. Supporting 250-350V DC input and 70-150V DC output, it helps shorten charging time through efficient power conversion and vehicle communication integration with VCU/BMS.
6.6kW bidirectional on-board charger with integrated 3kW DC/DC converter for commercial electric vehicles. Supports V2L, V2V, liquid cooling, CAN Bus communication and high-voltage battery platforms for efficient and reliable vehicle power management.
Type 2 portable EV charger designed for electric vehicles, providing a convenient AC charging solution for home, outdoor and emergency charging. Supporting 230V single-phase charging with 16A/32A options, it features multiple safety protections, IP65 protection and a compact portable design for flexible daily charging.
Recommended articles
Buying guides, material notes, and stories for choosing with more confidence.
Learn how heat dissipation affects on-board charger performance, efficiency and reliability during continuous-load operation in commercial electric vehicles.
Learn how EV charger testing ensures reliability, quality consistency, and stable performance before mass production for commercial electric vehicles.
Learn how thermal management affects EV charger reliability.
