Self-developed controller for CHAdeMO and
Self-developed controller for CHAdeMO and CCS

Discover the Voltronic Power EVA 6520W EV Charger with 20 kW DC output and 200-1000 Vdc voltage range for efficient charging.
The Voltronic Power EVA 6520W is a high-performance EV charger designed to meet the demands of modern electric vehicles. With a maximum DC output power of 20 kW and a versatile voltage range of 200-1000 Vdc, it ensures efficient and rapid charging for your EV. Ideal for residential, commercial, and public charging stations, the EVA 6520W offers reliable and efficient charging solutions for electric vehicles.




The EVA 6520W offers a maximum DC output power of 20 kW and operates with a DC output voltage range of 200-1000 Vdc. It achieves a peak efficiency of 93% and maintains a power factor greater than 0.98 at full load.
Yes, the EVA 6520W is designed to be compatible with a wide range of battery types and can integrate with solar panel systems, making it versatile for various energy setups.
The EVA 6520W's dimensions and weight are not specified here, but it is designed to be robust and suitable for various installation environments. It features integrated surge protection and ground fault protection.
The EVA 6520W requires an AC input power of 32 A and operates at 400V 50Hz. It should be installed in environments with an input voltage range of 400 VAC or 380 VAC ± 10%.
Voltronic Power typically offers a standard warranty for their products, but specific warranty details for the EVA 6520W should be confirmed with the retailer or distributor.
The EVA 6520W complies with several international standards, including IEC 61851-21-2, IEC 61000, and IEC/EN 61851-1, ensuring high safety and performance standards.
The EVA 6520W operates efficiently in temperatures ranging from -35°C to 55°C and can be stored in temperatures from -40°C to 70°C. It is suitable for use in environments with humidity levels below 95%.
Key features of the EVA 6520W include its high efficiency, wide voltage range, and robust protection mechanisms such as overcurrent and overvoltage protection. These features ensure reliable and safe operation.