Wind generation rarely follows a fixed consumption schedule. Battery capacity, discharge power, cooling, controls, and installation format must therefore be evaluated together. Our range of wind-solar hybrid systems supports projects ranging from homes and small facilities to commercial sites and remote microgrids.

Three Scales of Energy Storage

For residential solar-wind installations, UPS backup, and smaller off-grid applications, the 15 kWh rack battery provides a compact starting point. The 51.2 V, 300 Ah LiFePO4 configuration offers approximately 15.36 kWh of nominal energy. CAN, RS-232, RS485, Wi-Fi, and Bluetooth communication options help simplify integration with compatible inverters and monitoring platforms.

Commercial and industrial buyers can step up to the 261 kWh cabinet. This all-in-one liquid-cooled BESS combines LiFePO4 batteries with a 125 kW PCS, making it relevant for renewable energy buffering, peak management, and facility backup. CAN and RS485 interfaces support system coordination, while OEM and ODM options allow project-specific configuration discussions.

At utility and microgrid scale, the 2,090 kWh container uses 314 Ah LiFePO4 cells, liquid cooling, Ethernet, and RS485 communication. Its containerized format is intended for remote areas, EV charging infrastructure, and larger industrial or commercial projects where centralized storage and transport planning are essential.

Specify Before You Source

Importers and project buyers should compare usable energy, required power, grid mode, ambient conditions, communication protocol, certification documents, and shipping terms—not capacity alone. Share your load profile, wind and solar inputs, inverter requirements, installation environment, destination, and target quantity. We can then discuss the most suitable platform, customization scope, documentation, lead time, and commercial quotation for your project.