FoxESS H1 6.0 E

The FoxESS H1 6.0 E is a cutting-edge hybrid inverter designed to revolutionize your solar energy system. This powerful device seamlessly integrates solar power, battery storage, and grid connectivity, offering an efficient and reliable solution for both residential and small commercial applications.

• High-performance solar input: With a maximum input power of 7800W and a wide MPPT operating voltage range of 80-550V, this inverter optimizes solar energy harvesting
• Dual MPPT trackers: Features 2 independent MPPT trackers, each supporting one string, for enhanced efficiency in varied sunlight conditions
• Lithium battery compatibility: Supports lithium (LFP) batteries with a voltage range of 85-450V and a maximum charge/discharge current of 40A
• Impressive AC output: Delivers a rated output power of 6600W with a maximum apparent power of 6600VA
• Flexible grid integration: Compatible with various grid voltages (220/230/240V) and frequencies (50/60Hz)
• High efficiency: Boasts a maximum efficiency of 97.80% and a maximum battery charge efficiency of 98.50%
• Robust protection features: Includes insulation monitoring, residual current monitoring, DC reverse polarity protection, anti-islanding protection, and more
• Compact and durable design: Wall-mounted installation with dimensions of 430*410*178 mm and IP65 protection for outdoor use
• Silent operation: Natural cooling method with low noise emission of 35 dB
• Comprehensive monitoring: Equipped with WiFi, LAN, and optional 4G/GPRS for remote monitoring
• User-friendly interface: Features LCD display, mobile app, and website for easy system management
• Wide operating range: Functions in temperatures from -25 to 60 °C and altitudes up to 2000 m
• International compliance: Meets various safety, EMC, and grid regulations across different countries

The FoxESS H1 6.0 E hybrid inverter stands out as a versatile and high-performance solution for modern solar energy systems. Its advanced features, coupled with robust protection mechanisms and user-friendly monitoring options, make it an ideal choice for those seeking to maximize their solar investment while ensuring grid stability and energy independence.