The GSL ENERGY 125kW/418kWh Liquid-Cooled Battery Energy Storage System (GSL-BESS-418K) is designed for commercial and industrial energy storage projects requiring scalable capacity, high efficiency, and reliable performance in demanding environments. Featuring a modular cabinet design, intelligent liquid cooling, advanced high-voltage BMS, and support for expansion up to approximately 8MWh, the system simplifies installation while reducing lifecycle costs. With dependable operation in temperatures as low as -40°C, it is an ideal solution for microgrids, renewable energy integration, industrial facilities, and EV charging infrastructure.

Designed for residential solar storage, off-grid villas, commercial backup power, and peak shaving applications, the new GSL ENERGY 16.08kWh LiFePO4 Battery delivers an ideal balance of safety, flexibility, compatibility, and long-term reliability.

Available in both indoor and outdoor versions, the system is engineered to meet the installation requirements of global residential and commercial energy storage projects. Whether you're a solar installer, EPC contractor, distributor, or project developer, it offers a scalable and cost-effective battery solution for today's growing energy storage market.

GSL Energy has officially launched its Germany office and warehouse center, marking a major milestone in the company’s European expansion strategy. Following the successful establishment of its U.S. operations, the new Germany hub enhances GSL Energy’s ability to provide localized inventory, rapid delivery, technical support, system design, EPC collaboration, and after-sales services throughout Europe. By combining advanced manufacturing capabilities in China with localized operations in Germany, GSL Energy is creating a more efficient, responsive, and customer-centric energy storage service network for partners across the continent.

GSL ENERGY's R60 DC Energy Storage System has achieved UL 9540:2023 certification, providing a flexible, inverter-independent and fully compliant solution for North American ESS deployments.

The local power grid in South Africa has long suffered from insufficient power supply, frequent load shedding, and repeated power outages. Industrial factory voltage is extremely unstable. In order to reduce dependence on the public grid, the customer clearly required the construction of a complex trinity microgrid system integrating PV solar power + GEN diesel generators + GRID public utility power to achieve intelligent multi-energy complementarity, seamless switching, and uninterrupted power supply.

Exhibition Information
SNEC SMART ENERGY 2026

Date: June 3rd – 5th, 2026
Venue: Shanghai World Expo Exhibition & Convention Center
Booth No.: 3H-A615