In this customer case study, we observe a solar energy system configured for significant capacity and redundancy. The provided image shows a neatly organized installation within a wooden frame, featuring a symmetrical dual-stack, dual-inverter setup.
The energy storage for this system consists of four of our LFP.6144.W solar power battery modules. These are arranged in two distinct stacks, with two modules in each stack. Each LFP.6144.W unit has a capacity of 6.144 kWh, the total energy capacity for this installation is 24.58 kWh. This multi-battery configuration allows for substantial energy storage to meet higher consumption needs or provide longer backup times.
Paired with the batteries are two SRNE inverters, mounted directly above the battery stacks. The image suggests that each inverter managing one of the two-battery stacks. This dual-inverter design efficiently handles the larger energy throughput from the four-battery bank and can offer enhanced system reliability. The function of this integrated system is to store captured solar energy in the LFP.6144.W solar power battery bank, with the SRNE inverters converting the stored DC power into usable AC power. This installation serves as a clear example of a scaled residential or commercial solar power solution.
