Sunsynk Wall Mount 10.65kWh 51.2V Lithium Battery

Introducing Sunsynk’s energy storage module well designed for residential UPS and off-grid applications. Cells produced by BYD, a global leader in lithium-ion battery  development and manufacturing.

The Sunsynk Battery LFP Wall Mount 10.65kWh 51.2V is made up of Lithium Ion phosphate rechargeable batteries rated at 51.2V with 10.65kWh capacity. In addition, the unit has a built-in battery management system to ensure optimal performance at all times.

WARNING: These batteries contain BYD cells, not to be mistaken for the Sunsynk batteries which contain CATL cells. These batteries are almost identical apart from the difference in cell type, but this means you cannot mix BYD and CATL batteries in the same system.

MORE USABLE ENERGY 100% Depth of Discharge FLEXIBLE INVESTMENT Scalable from 10.65 to 85.2 kWh SAFE & RELIABLE Premium Lithium Iron Phosphate(LFP) 6000 cycles EASY INSTALLATION Floor Stand or Wall Mounted HIGH DENSITY Proprietary CTP Technology PERFECT COMPATIBILITY Compatible with Major PCS Brand

Technical Specification

Performance

• Nominal Voltage: 51.2 Vdc.
• Nominal Capacity: 208Ah.
• Battery Energy 1: 10650 Wh.
• Charge Voltage: 55.68~56.16Vdc.
• Discharge Voltage: 45.6-56.16 Vdc.
• Nominal Charge/Discharge Current: 100A.
• Nominal Charge/Discharge Power: 5000W.
• Max Charge/Discharge Current: 200A.
• Max Charge/Discharge Power: 10000W.
• Short Circuit Current: 540A.
• Warranty: 5 Years.

Communication

• Display: SOC status indicator, LED indicator.
• Communication: RS232, RS485, CAN.

General Specification

• Dimension( W×D×H mm ): 550×160×836mm.
• Weight (Kg): 90kg.
• Installation: Floor stand or Wall mounted.
• Working Temperature 2: -20℃ ~ 60℃.
• Storage Temperature: ≤25℃,12 months | ≤35℃,6 months | ≤45℃,3 months.
• Operating / Storage / humidity: ≤ 95%RH.
• Max Operating Altitude: ≤2000m.
• IP Rating: IP20.
• Cell Technology: LiFePO4，Lithium Iron Phosphate.
• Cycle life 3: 6000 Cycles @ 80% DOD / 25℃ / 0.5C，60% EOL.
• Scalability: Max 8 batteries in parallel.