EV Home Charging Solutions | Xupernova

The LFPWall-5000 Low Voltage Wall-Mounted Battery delivers safe, reliable, and flexible energy storage for residential applications. With a 5.12kWh modular design scalable up to 40kWh, it provides long-lasting performance with over 6000 cycles and 90% Depth of Discharge. Featuring advanced multi-layer protection, wide temperature adaptability, and IP65 certification, the system ensures dependable operation indoors and outdoors. Its wall-mounted design, one-touch power control, and broad inverter compatibility make it an ideal choice for smart home energy storage.

The GroundHV-2500 High Voltage Stackable Energy Storage Battery is a modular and flexible solution designed for residential and commercial applications. With capacities ranging from 7.5kWh to 20kWh, it ensures reliable power backup and optimized energy use. Its lightweight design and quick connectors allow easy installation and expansion, while advanced safety features and wide environmental adaptability make it a durable and trustworthy choice. Built with Lithium Iron Phosphate (LFP) cells and integrated BMS, the GroundHV-2500 delivers long cycle life, high efficiency, and broad compatibility with mainstream high-voltage inverters.

The HYSL 3000-6000 Low Voltage Single Phase Hybrid Inverter is designed to deliver reliable, efficient, and flexible energy management for residential applications. With wide PV input voltage range, high efficiency MPPT tracking, and seamless switchover to backup power, it ensures stable energy supply even during grid interruptions. Compatible with both lithium and lead-acid batteries, the inverter provides smart battery management with adaptive charging strategies. Its compact IP65-rated design, natural cooling system, and easy plug-in installation make it ideal for long-term use in diverse environments.

The classic AC charging station meets the requirements of load balancing and photovoltaic charging for residential use. Suitable for 99.9% of car models on the market, with powerful functions that can meet different networking states, an ultra wide voltage range, and stable operation in areas with large fluctuations in the power grid.