Photovoltaic battery, LiFePo4, 5.12kWh, PBW-51100, Pomega

Photovoltaic battery Pomega PBW-51100 is an excellent choice for energy storage in photovoltaic systems, offering superior performance and long-term reliability. With LiFePO4 (Lithium Iron Phosphate), this battery pack stands out for increased durability, high safety and energy efficiency Optimal and compatible with a wide range of inverters.

Ideal for residential and commercial applicationsThe Pomega PBW-51100 battery has a 5.12kWh capacity, perfect for providing a constant flow of energy from photovoltaic sources. Its compact design and advanced protection make it a reliable solution for any type of solar installation.

Main features:

🔋 Storage capacity - 5.12kWh, ideal for daily energy consumption.
⚡ Maximum charge/discharge current - 100A for stable power flow.
🔄 Extended lifetime - Plague 6000 cycles, ensuring long-lasting performance.
🌡️ Wide range of operating temperatures - Works effectively between -10°C and 55°C.
🔗 Advanced communication - Compatible with CAN and RS485 for easy integration into existing systems.
📡 Scalability - Allows connection to up to 8 units in parallel for extended capacity.
✅ Full BMS protection - Integrated protection against overvoltage, overcurrent and other hazards.

Technical data:

• Battery type: LiFePO4 - Prismatic
• Nominal voltage: 51.2V
• Nominal capacity: 100Ah
• Nominal energy: 5.12kWh
• Operating voltage range: 44V - 56.8V
• Standard charge/discharge current: 50A / 50A
• Maximum charge/discharge current: 100A / 100A
• Life expectancy: ≥6000 cycles
• Operating temperature: Charge 050°C / Discharge -1055°C
• Communicate: CAN, RS485
• Protections: UV, OV, OC, UT, OT, SC
• Inverter compatibility: Deye, Victron, Senergy, Growatt, Hopewind
• Dimensions: 445x610x185mm
• Protection: IP65

Battery Pomega PBW-51100 is perfect for those who want an efficient and secure solar energy storage solution. Whether it is a residential or commercial photovoltaic system, this battery will ensure consistent performance and long-term reliability.