16kWh Floor-standing LiFePO4 Energy Storage Battery for Home Solar Backup Power

The 16kWh floor-standing energy storage battery is a high-capacity LiFePO4 energy storage solution built for residential villas and small commercial sites. Adopting an integrated floor-standing cabinet design, it saves installation time and space without complicated wall mounting, easy to place in utility rooms, basements or equipment areas.

Equipped with Grade A lithium iron phosphate cells, the unit reaches 16kWh rated energy. LiFePO4 chemistry delivers outstanding thermal stability, low risk of thermal runaway and long cycle life, supporting over 6000–8000 charge-discharge cycles under standard working conditions. The embedded smart BMS monitors cell voltage, temperature and current in real time, with multi-layer protection against overcharge, over-discharge, over-current and short circuit to secure stable operation around the clock.

This storage battery works seamlessly with solar inverters. It stores surplus solar power generated in daytime for evening consumption, cutting grid electricity bills. When grid failure happens, it instantly switches to backup power mode to sustain critical loads including lighting, refrigerators and essential household equipment. Multiple units can be connected in parallel for capacity expansion to meet higher power demands.

Built-in communication modules support WiFi, Bluetooth and RS485, enabling remote status checking and parameter configuration via mobile APP. The low-temperature preheating function guarantees normal charging in cold climates, maintaining reliable performance across a wide working temperature range. Flame-retardant cabinet materials and solid mechanical structure further improve safety.

Suitable for off-grid solar systems, grid-tied self-consumption and emergency power backup scenarios. The 16kWh floor-standing energy storage battery offers a simple, safe and scalable green power option for families and small businesses aiming for energy independence and lower energy expenditure.