HYX-E50B-H2 is a high-voltage lithium iron phosphate (LiFePO₄) battery module with a capacity of 5.3 kWh, serving as the basic element of the Hyxi H2 energy storage system. Thanks to its modular design, multiple units can be stacked, up to 5 per tower, allowing flexible scalability of the entire storage capacity – from small home installations to large commercial systems.

The module stands out for its high durability (over 6000 charge/discharge cycles), operational safety (A+ grade cells with automotive standard, BMS, smoke detection, IP65, C4 salt spray resistance), and easy installation thanks to the quick-plug design.

Hyxi H2 Energy Storage is a modern high-voltage energy storage system based on LiFePO₄ technology, available in many capacity variants (from 5 kWh to over 50 kWh). The system is designed with safety, durability, and easy integration with PV installations and Hyxi inverters in mind.

With its modular design, the storage can be tailored to user needs – from small residential systems to larger commercial facilities. A robust construction (IP65, C4 salt spray resistance) ensures reliability even in demanding conditions.

Key product features:

• A+ grade cells with automotive standard
• Smoke detection and active pressure relief
• IP65 protection class, C4 salt spray resistance
• Flat design for easy integration
• Quick-plug interface for simple installation
• Modular expansion up to 10 batteries in two towers (5–50 kWh range)
• 32 A fast charge/discharge support
• LiFePO₄ cells with 6000+ cycles lifespan
• Optional PV module pre-heating for various conditions
• Automotive-grade BMS for efficient energy management
• Mobile app with real-time monitoring
• AI-powered cloud platform with 24/7 alerts and optimization

Self-consumption – the key to independence

With rising energy prices and changing prosumer settlement rules, self-consumption has become particularly important. Hyxi H2 allows you to:

• store surplus energy generated during the day,
• use it in the evening and at night,
• significantly reduce grid consumption and electricity bills.

In practice, this means greater energy independence, reliable power supply, and real savings.