This video presents a real off-grid solar energy storage project deployed in Chad, developed from a Burkina Faso regional tender. The system integrates a 6kW off-grid inverter with 15 units of 14.34kWh low-voltage LiFePO4 batteries, delivering a total storage capacity of over 215kWh.


Designed for areas with limited or unstable grid access, this solution provides reliable, scalable, and cost-effective power for remote and off-grid applications

This video presents GSL Energy's All-In-One Home Battery System—a compact residential solution that integrates the inverter and battery modules into a single, elegant cabinet for easy deployment and daily reliability.

Two inverter options are available to match regional standards:
5/10kW inverter for Europe
8kW inverter for North America
The modular 5kWh architecture enables homeowners to scale storage as energy demand grows.

This video showcases GSL Energy's next-generation 418kWh All-In-One liquid-cooling battery energy storage cabinet, purpose-built for commercial and industrial (C&I) projects that demand more energy from the same installation space.

Compared to conventional 200kWh-class cabinets, this model doubles the energy capacity while keeping nearly the same footprint, delivering superior energy density, thermal stability, and system integration.

This video introduces GSL Energy's UL-certified 5kWh, 10kWh, and 14kWh wall-mounted LiFePO₄ home batteries, engineered for the North American residential solar storage market.

Filmed at the GSL factory showroom, the walkthrough highlights fast backup response, advanced safety certifications, flexible expansion architecture, and AI-driven energy management—key factors for installers, distributors, and homeowners seeking reliable home energy storage.

This video presents GSL Energy's hot-selling 261kWh All-In-One Liquid-Cooling Battery Energy Storage Cabinet, engineered specifically for commercial and industrial (C&I) energy storage projects across Europe and other global markets.You will see a full internal walkthrough of the cabinet, including the battery architecture, thermal management system, fire protection design, PCS, BMS, EMS, and safety mechanisms that make this solution highly reliable for demanding C&I scenarios such as factories, farms, commercial buildings, microgrids, and EV charging sites.