This project was implemented in a remote mountain community surrounded by dense forests and limited infrastructure. The energy storage system was designed to support residential electricity use, where households required stable power for lighting, appliances, and daily living activities in an off-grid environment.
Before the system was installed, residents faced frequent power outages and voltage instability from the local grid. These issues caused repeated damage to household appliances and disrupted normal routines, especially during evenings when lighting and basic electricity were most needed.
BSLBATT participated in the project by supplying B-LFP48-100E lithium batteries and supporting the overall system configuration. Twelve server rack batteries were deployed in parallel and integrated with a Victron inverter, forming a modular and scalable energy storage solution suited for remote residential use.
After installation, the system has operated steadily under daily charging and discharging conditions. It provides consistent power output during peak household demand and maintains reliable operation despite the local climate and environmental challenges.
With the new energy storage system in place, residents now experience predictable and uninterrupted electricity supply. Daily life has become more stable, appliance reliability has improved, and dependence on unstable grid power has been significantly reduced.
This case shows how a modular lithium energy storage system can support a reliable residential power supply in remote and geographically challenging areas.
Share：
A 19-inch standard rack-mounted battery designed for large-scale ESS deployments and C&I installations requiring structured, scalable setups. Compatible with mainstream server cabinets and battery racks.
Just fill out the form below. Our BSLBATT team will get back to you within 24 hours.
With 14 years of experience, dedicated to delivering batteries that meet global quality and safety standards.
