Sungrow, a trailblazer in renewable charger solutions integrated with solar inverter systems and solar energy storage systems, introduces the AC007/011E-01, a cutting-edge 7/11 kW AC Charger for Electric Vehicles (EVs). Designed to revolutionize the EV charging landscape, this innovative product embodies Sungrow’s commitment to sustainability, reliability, and seamless user experience.
Versatile Charging for EVs
The AC007/011E-01 stands out for its compatibility with Sungrow’s 1/3-phase solutions, allowing seamless integration into various energy systems. With integrated 6mA DC fault current detection, the charger ensures utmost safety during the charging process, providing peace of mind for EV owners.
User-Friendly and Smart Management
Designed with user convenience in mind, the AC007/011E-01 features a pre-mounted 7m Type 2 charging cable, making the charging process hassle-free. Its compact dimensions facilitate wall-mounting, and an optional pole-mounting feature offers flexibility in installation. The charger’s smart and easy management is facilitated through iSolarCloud, enabling control and visualization of the charging process. The inclusion of RFID access control with two cards enhances security and access management.
A Sustainable Charging Solution
Sungrow’s commitment to sustainability is evident in the AC007/011E-01’s design. The charger goes beyond conventional EV charging, allowing for maximum utilization of solar energy when used in conjunction with Sungrow’s 1/3-phase solution. Different charging modes cater to diverse needs, ensuring a flexible and eco-friendly charging experience that aligns with users’ preferences and energy sources.
Conclusion
With the launch of the AC007/011E-01, Sungrow continues to lead the way in providing innovative, reliable, and sustainable solutions for the renewable energy market. This versatile EV charger offers seamless integration, user-friendly features, and a commitment to sustainability, making it an ideal choice for individuals and businesses looking to make the transition to electric mobility while harnessing the power of solar energy.
