Electric Vehicle Supply Equipment

380V AC EV Charger Manufacturer in China | Global EV Solutions

As a China-based Manufacturer, I offer a reliable 380V AC EV Charger designed for fleet, depot, and commercial installations. We build with rugged three‑phase 380V input, high charging efficiency, and safe hot-plug capability so you can keep your operations moving. Our charger supports multiple charging modes, IEC/UL certifications, IP54 enclosure, and built-in safety features to protect both the vehicle and your investment. I know B2B buyers in China and worldwide want fast lead times, flexible MOQ, and local service, so we provide CE/CB, CCC where required, and OCPP-ready communication for easy network management. The product is modular, easy to install, and backed by comprehensive warranty and technical support from our team. If you’re a buyer seeking a dependable partner in China, I am ready to tailor the 380V AC EV Charger to your site, volume, and budget.

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380V AC EV Charger Application Sets the Industry Standard

The 380V three-phase AC EV charger is rapidly becoming the industry standard for commercial and fleet deployments, delivering efficient, scalable charging and broad vehicle compatibility. Typical outputs range from 11 kW to 22 kW with Type 2 connectors, smart charging, and built-in load balancing, enabling reliable operation in workplaces, logistics hubs, and urban networks. Global buyers should evaluate standards compliance, rugged outdoor protection, and modular design. Look for IEC and other international safety certifications, arc fault protection, remote monitoring, and firmware update capabilities. A standardized 380V platform simplifies procurement across regions, reduces spare parts diversity, and shortens installation cycles, delivering lower total cost of ownership and faster market deployment.

380V AC EV Charger Application Sets the Industry Standard

Charger Configuration Output Power (kW) Output Voltage (V) Output Current (A) Efficiency (%) Input Voltage Range (V) Phases Cable Type IP Rating Operating Temp (°C) Humidity Range (%) MTBF (h) Certifications
Compact 22 kW Wall-Mounted 22 400 55 94.5 380-480 3 Fixed 5 m Type 2 (IEC 62196-2) IP54 -25 to 50 5-95 250,000 CE, UL, IEC 61851-1, IEC 62196-2
Standard 40 kW Three-Phase 40 400 60 95.0 380-480 3 Detachable 6 m Type 2 IP54 -25 to 50 5-95 280,000 CE, UL, IEC 61851-1, IEC 62196-2
High-Density 60 kW 60 400 90 95.0 380-480 3 Detachable 6 m Type 2 IP65 -25 to 50 5-95 300,000 CE, UL, IEC 61851-1, IEC 62196-2
Industrial 75 kW Cabinet 75 400 105 95 380-480 3 Fixed 7.5 m Type 2 IP65 -25 to 60 5-95 320,000 CE, UL, IEC 61851-1, IEC 62196-2, EN 50172
Smart 11 kW (1-Phase) 11 230 48 92.5 230-240 1 Fixed 4 m Type 2 IP54 -20 to 40 5-95 200,000 CE, UL, IEC 61851-1
Mid-Range 50 kW Three-Phase 50 400 86 95.0 380-480 3 Detachable 5.5 m Type 2 IP65 -25 to 55 5-95 350,000 CE, UL, IEC 61851-1, IEC 62196-2, EN61000

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380V AC EV Charger Dominates Industry Giant

Voltage Class Distribution in EV Charging Infrastructure

Data Dimension: Voltage Class (V)

本图按电压等级对EV充电基础设施进行分组,揭示380V及以上等级在当前市场的分布和发展趋势。数据分为四个区间:120-240V、240-380V、380-480V、480-800V,按市场容量估算百分比。结果显示,240-380V区间约占46%,380-480V约28%,120-240V约12%,480-800V约14%。这表明中高压充电成为主流,快充和商用场景需求持续提升。行业参与者需在高压部件、变压器容量、热管理与安全标准方面投入更多资源,并兼顾互操作性与成本控制。区域差异提示投资应聚焦高需求区域,结合配电网承载能力进行容量规划。通过持续监测电压等级分布,可以评估新建站点投资回报、设备寿命成本与运维策略优化方向。

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