Sigen Battery 8 kWh with LED By Sigenergy
The Sigen 8kWh Battery with LED is an integral component of the cutting-edge SigenStor 5-in-1 Energy Storage System, seamlessly combining Sigenergy's ESS with a PV inverter, Battery Power Conversion System (PCS), EV DC Charger catering to electric vehicles, Battery Pack, and Energy Management System (EMS).
This Battery System boasts a flexible and stackable design, allowing parallel connections to fulfill diverse capacity requirements. It's adaptable to both residential and commercial settings, accommodating both off-grid and on-grid scenarios. The system's capacity can be expanded up to 48kWh for homes and an impressive 480kWh for businesses, achievable by connecting up to 10 systems (10 stacks).
**Key Features:**
- 8 kWh battery capacity
- An 8 kWh pack comprises 9 battery cells
- Stackable from 1 to 6 batteries per stack, reaching a maximum of 48kWh
- Parallel connections support up to 10 stacks
- Depth of Discharge (DOD): 100%
- Impressive peak discharge/charge power of 6000W
- 280 Ah large capacity battery cells ensure low voltage and durability
- Multi-layer comprehensive battery safety protection
- Conveniently monitor battery status through the mySigen APP
- Swift 5-minute commissioning for rapid setup
- Quick connectors facilitate fast installation
- Effortless 15-minute stackable installation with auto-plugging connectors between battery modules
- AI-assisted energy planning, safety protocols, VPP scheduling, and service support
- Seamless backup switching with 0 milliseconds downtime
- Parallel connections enable a mix of flexible batteries
- Boasts an IP66 protection rating for durability
- Backed by a 10-year product warranty (refer to Warranty T&Cs)
- Note: The battery requires a SigenStor EC to function, and any combination of BAT5 and BAT8 with a SigenStor EC is possible. Mixing Sigenergy's batteries with those from other manufacturers is not supported.
Illuminate your energy future with the Sigen 8kWh Battery, providing advanced technology and robust features for reliable and efficient power storage.