从China供应商批发进口72v 144v 38v 3.3kw Ev Onboard Charger — FOB条款

This 3.3kW EV onboard charger from Nanjing Pengtu Power Supply Co., Ltd. offers universal AC input compatibility, supporting 90-265VAC with configurable DC output voltages of 72VDC, 144VDC, 320VDC, and 384VDC. The unit integrates directly into vehicle electrical systems, with an optional 13.5V low-voltage auxiliary output delivering 4A for accessory systems. Its aluminum housing and copper winding transformer construction ensure durability, while the IP54 rating provides protection against dust and water ingress.

The charger achieves 94% efficiency, a standard benchmark for onboard systems in electric buses, trucks, forklifts, and AGVs. Its CAN 2.0 communication interface allows seamless integration with vehicle control systems, a typical requirement for OEM partnerships. The compact dimensions of 288 x 195 x 124mm and 7kg weight align with industry standards for space-constrained installations.

Ideal for commercial electric vehicle applications, this charger meets international safety and EMC standards, making it suitable for global export markets. Buyers in logistics, industrial equipment, and municipal transport sectors will find its configurable voltage options and robust build quality aligned with their operational needs. Confirm compatibility with your vehicle’s battery management system before ordering.

Nanjing Pengtu Power Supply Co., Ltd. operates from Jiangning District, Nanjing, a hub for power electronics manufacturing in China. The company specializes in EV onboard chargers and power supply solutions, catering to OEMs in electric mobility sectors. Its harbor trust tier signals a baseline level of verified operational presence, though response metrics are currently unavailable.

The supplier’s focus on configurable voltage outputs and compliance with international safety standards positions it as a practical choice for buyers needing adaptable charging solutions. While no additional certifications or client references are provided in the listing, the technical specifications and material choices reflect industry-standard practices for EV power systems.