In this analysis of a customer’s installation, we observe a complete solar power system. The setup’s energy storage component is our LFP.1433.F solar power battery module.
This single LFP.1433.F unit is based on Lithium Iron Phosphate (LiFePO4) cell chemistry, a cobalt-free technology. It provides a total energy capacity of 14.33kWh, with 13.61kWh of usable capacity. The module operates at a nominal 51.2Vdc and within a voltage range of 44.8Vdc to 57.6Vdc. Key performance specifications include a maximum charge and discharge current of 140 Amps and a cycle life rated at ≥6000 times, indicating its design for long-term use. For applications requiring more capacity, this solar power battery model allows for up to 16 units to be connected in parallel, scaling up to 229.28kWh. The unit’s physical dimensions are 900x400x260mm, and it has a weight of 115kg.
As part of this functional system, the customer has integrated the LFP.1433.F solar power battery with an SRNE inverter. The inverter’s function is to convert the stored DC electricity from the battery into usable AC electricity. This combination of our battery module and the SRNE inverter creates the effective solar energy system seen in this case study.
