Today, a Brovolt distributor successfully installed and commissioned a 64kWh solar-plus-storage system for a client on-site. The system consists of four 51.2V 314Ah battery packs connected in parallel.
Notably, this system operates in conjunction with the client's existing on-site photovoltaic (PV) power generation system. During the day, in addition to meeting daily consumption needs, any surplus clean electricity generated by the PV system is stored within this 64kWh energy storage unit. By employing "self-consumption" and "peak-shaving/valley-filling" strategies, the system maximizes the utilization efficiency of the solar power, thereby helping the client achieve significant savings on daily electricity costs.
Furthermore, the system boasts excellent emergency backup capabilities. In the event of sudden power outages or grid instability, the system can switch over seamlessly to serve as a backup power source, providing continuous electricity supply and ensuring that critical equipment and daily operations remain unaffected.
In terms of hardware design, the system utilizes high-capacity 314Ah battery cells (with a single-pack energy capacity of 16.08kWh and a maximum charge/discharge current of 200A). Compared to traditional designs relying on smaller cells, this large-cell architecture effectively reduces the need for auxiliary components—such as internal busbars and wiring harnesses—within the battery packs. This not only lowers overall system costs and enhances economic efficiency but also simplifies circuit complexity, thereby improving long-term operational stability.
The successful delivery of this "PV + Storage" system once again demonstrates the high efficiency and cost-effectiveness of Brovolt's modular energy storage solutions in real-world application scenarios.
