Project Introductions
In the heart of the Solomon Islands, renewable energy is transforming lives by powering critical infrastructure. A local hospital, previously plagued by unreliable power, now benefits from a cutting-edge energy storage system. The installation features 45 BSLBATT 5kWh batteries, delivering an impressive 230kWh of stored energy. Paired with Victron Energy and Fronius Australia inverters, the AC-coupled system provides seamless energy management. This project ensures uninterrupted power for vital healthcare services, even in remote areas, showcasing how advanced energy storage solutions can empower underserved communities.
Product Descriptions
B-LFP48-100E is a 51.2V lithium-ion battery with a 5.12kWh energy capacity, designed to meet the demands of both small and large-scale energy storage systems. It features a modular design, supporting up to 63 identical modules in parallel, with a maximum capacity of 322kWh. With IP20 protection, natural ventilation, and flexible mounting options—wall-mounted, floor-standing, or rack-integrated—the system is adaptable to diverse installation scenarios. The battery’s maximum continuous charge current is 80A, while its discharge current reaches 100A, ensuring reliable performance for high-power applications. Backed by a 10-year warranty, the system offers a >6000-cycle lifespan, combining durability with exceptional efficiency.
User Benefits
The energy storage system ensures the hospital operates continuously without power interruptions, crucial for maintaining medical equipment and patient care. It reduces reliance on costly diesel generators, lowering operational costs and carbon emissions. The modular design allows for future capacity expansion as the hospital grows. Overall, the system enhances service reliability, supports sustainable energy use, and improves healthcare delivery in remote areas.
