A customer in Germany has successfully implemented UcanPower’s three-phase split household energy storage solution. They utilized the UHC-12KT hybrid inverter connected with a 10.24kWh UHB high-voltage battery system to establish a photovoltaic energy storage system.

The new UHC inverters feature 4 MPPT (Maximum Power Point Tracking) technologies and a wide MPPT voltage range, which maximizes system power generation by mitigating the impact of shading. The dual battery input design increases the initial battery capacity and simplifies future battery expansions, reducing the impact of module inconsistencies on the battery system's lifespan. These inverters can handle up to 110% unbalanced load output, making them an economical and practical choice that significantly lowers electricity costs. They also integrate seamlessly with devices like SwitchBox and UCharger, creating a comprehensive solar-storage-charging system for electric vehicles. Furthermore, they can connect with household equipment such as heat pumps, enabling intelligent control for smart energy use in homes.

The UHB high-voltage battery system supports stackable installation, with an integrated active balancing module that ensures consistent module performance and system stability. It also includes an active extinguisher module, enhancing overall system safety.

According to customer feedback, the installed system reliably generates nearly 50 kWh of electricity per day, establishing a sustainable green energy consumption model for households.