Battery Solax Power T-BAT-SYS-LV D53, 5.3 kW

The T-BAT-SYS-LV D53 is a modern battery system based on lithium iron phosphate (LiFePO4) batteries that combines modular design, high performance, intelligent control and safe operation.

Key benefits:
Flexibility: modular system that allows for expansion up to 16 modules to maximize capacity. Supports wall or floor mounting.
High performance: Utilizes automotive-standard communication to improve equipment performance. Adaptive shutdown ensures continuous operation even if one of the modules fails.
Intelligent management: AI-based real-time monitoring to reduce system risks. Intelligent AI-based algorithms for accurate SOC (State of Charge) calculation. Highly accurate battery fault diagnostics.
Convenience for users: constant updates via remote OTAs (over-the-air updates) in a few clicks.
Safety and durability: LFP-based battery, cobalt-free: safer, longer lasting, with high energy efficiency.

Application:
Household solar energy systems: used to store energy in private homes, which makes it possible to provide reliable backup power and increase the efficiency of renewable energy use.
Commercial energy solutions: used in offices, shops, supermarkets, and small businesses to ensure a stable supply of energy.
Hybrid energy systems: suitable for systems that combine solar panels and batteries to maintain stable operation under variable weather conditions or peak loads.
Energy storage for backup power: installed in backup power systems that ensure continuous operation of important facilities (banks, medical institutions, critical infrastructure) in the event of a power outage.
Industrial energy systems: used in large industrial facilities for energy storage and management.
Power systems for large projects: thanks to its scalable design, it can be used in large infrastructure projects to ensure high efficiency and reliability at all stages of operation.

This battery system is an optimal energy storage solution adapted to modern needs for flexibility, performance and safety.