Sigenergy SigenStor Neo BAT 8.0
Taxes:
0% - outside EU
0% - inside EU with VAT
21% - inside EU without VAT
Sigenergy SigenStor Neo BAT 8.0
High-capacity, intelligent, and scalable energy storage designed for efficient residential energy management.
Manufacturer Part Number: 11130030
The Sigenergy SigenStor Neo BAT 8.0 is an advanced lithium iron phosphate (LiFePO₄) battery module developed for seamless integration with the Sigenergy SigenStor Neo residential energy storage system. With a total energy capacity of 7.52 kWh and 7.30 kWh of usable energy, it provides reliable storage for solar energy, helping households increase self-consumption, optimize energy usage, and make greater use of their own renewable electricity. Featuring high-capacity 392 Ah battery cells, the Neo BAT 8.0 supports maximum continuous charging power of 3.8 kW and discharging power of 4.8 kW, with peak power reaching up to 6 kW for 10 seconds. Its 100% depth of discharge allows the available battery capacity to be utilized effectively, while intelligent battery management and integrated protection functions help ensure safe, stable, and efficient operation. Designed around Sigenergy’s modular battery architecture, the SigenStor Neo BAT 8.0 can be combined with up to five additional battery modules per compatible controller, allowing the system to grow alongside changing household energy requirements. Multiple modules can be connected to increase overall storage capacity, making the solution suitable for households with larger energy demands, photovoltaic installations, and future expansion. For quiet and dependable operation, the battery uses natural convection cooling, eliminating the need for active cooling fans. Its robust enclosure carries an IP66 protection rating, providing protection against dust and water ingress. With an operating temperature range of -20°C to +55°C and flexible floor-standing or wall-mounted installation options, the SigenStor Neo BAT 8.0 offers a durable and space-efficient energy storage solution for modern residential applications.
