Accumulator battery, LiFePO4, 300Ah, 51.2V, BMS BasenGreen BR-OW-LV 15.36KWh

The BasenGreen BR-OW-LV 15.36KWh battery is a high-capacity energy storage solution, designed to meet the energy requirements of homes and commercial applications. With a capacity of 15.36 kWh, this battery uses LiFePO4 technology, renowned for its stability and safety. It is ideal for renewable energy systems, offering extended durability and reliable long-term performance. Basen BR-OW-LV is compatible with a wide range of inverters, facilitating integration in various energy systems, while ensuring easy monitoring and control through the available communication interfaces.

BasenGreen BR-OW-LV 15.36KWh battery technical specifications:

• Capacity: 15.36KWh
• Cell Matching: 48S1P
• Working voltage: 124.8-172.8V
• Nominal voltage: 153.6V
• Weight: 175kg
• Dimensions: 530 x 480 x 760mm
• Battery type: LFP(LiFePO4)
• Nominal working current: 50A
• Port: CAN/RS485
• Operating temperature: Charging: 0-45C/Discharging: -10-50℃
• Degree of protection: IP55
• Installation: On the floor
• Cycles: 6000
• Parallel connections: 16

The BasenGreen LiFePO4 battery is an advanced and safe solution for the sustainable supply of your home.

• Stability and safety : Using the top technology with lithium iron phosphate (LiFePO4), this battery offers a reliable basis for energy needs, guaranteeing the highest stability and safety in operation;
• Durability : With an impressive lifespan of over 6000 cycles and a resistance of up to 15 years, BasenGreen ensures long-lasting energy, being an efficient investment for your family;
• Accessibility and permanent control : Equipped with RS232/RS485/CAN bus ports, the battery allows constant monitoring of the device”s status via mobile phone or computer, offering total control at any time;
• Universal compatibility : Designed to fit perfectly with most brands of inverters available on the market, offering maximum flexibility in the integration of the energy system;
• Intelligent monitoring : The dedicated application allows remote diagnosis and real-time data monitoring, ensuring an efficient and proactive management of energy consumption.