GBS Solar Gel Battery (6V/12V, 7-225Ah), <2% monthly self-discharge, 40% longer lifespan in high heat, ideal for off-grid PV and telecom stations.
The Zelus GBS12/75B.B. gel electrolyte VRLA battery redefines energy storage solutions with innovative technology, specifically designed for solar power plants, communication base stations, and traffic signal systems. Its silica gel electrolyte eliminates acid stratification risks, supports horizontal/vertical installation, and adapts to extreme environments ranging from -40°C to 60°C. With 12V voltage and 75Ah capacity (C100 standard), it ensures stable power supply, featuring a monthly self-discharge rate below 2% and 2500 deep cycles enabled by a patented valve system. The compact 24kg structure (259.5x172.6x217mm) saves space, while its 12-year ultra-long lifespan and maintenance-free characteristics reduce total operational costs, making it a reliable choice for renewable energy and industrial emergency scenarios.
The Zelus GBS12/85B.B. gel electrolyte battery adopts innovative VRLA technology, designed for harsh environments, offering an ultra-long service life of 12 years and 2,500 deep cycles. Its gel-solidified electrolyte completely eliminates the risk of acid stratification, supports multi-angle installation (horizontal/vertical), and is suitable for critical scenarios such as solar power stations, traffic signals, and medical equipment. Its high-temperature resistance and shockproof performance surpass traditional lead-acid batteries, with a monthly self-discharge rate below 2%, ensuring long-term standby reliability.
The Zelus GBS12/7B.B. gel battery employs innovative VRLA technology, solidifying the electrolyte into a gel state to completely resolve traditional battery leakage and corrosion issues. With outstanding high-temperature resistance and vibration resistance, it supports an ultra-long lifespan of 12 years and 2,500 deep cycles, making it suitable for solar power stations, traffic signals, communication base stations, and other scenarios. Its maintenance-free design, combined with low self-discharge characteristics, provides long-lasting and stable power support for renewable energy systems.
The Zelus GBS12/33B.B. battery employs innovative gel electrolyte technology, specifically designed for high-temperature and shock-resistant environments, making it ideal for solar power stations and traffic signals. With 12V voltage and 33Ah capacity, it's maintenance-free, features low self-discharge, and boasts a 12-year lifespan supporting 2,500 deep cycles—a reliable power solution for emergency lighting, communication equipment, and renewable energy systems.
The Zelus GBS battery series employs innovative gel electrolyte technology, combining silica fume with sulfuric acid to form a solid gel, completely resolving traditional battery issues like electrolyte evaporation, leakage, and corrosion. The GBS12/120B.B. model, with its 12V voltage and 120Ah capacity, is particularly suited for communication base stations, wind power generation, and similar scenarios. Its deep-cycle design supports up to 2,500 charge-discharge cycles, delivering stable output even in extreme temperatures from -40°C to 60°C, providing long-lasting power assurance for critical equipment for up to 12 years.The gel technology effectively prevents acid stratification, and combined with precision pressure-regulating valve design, ensures high performance in vibrating and impact-prone environments. The compact 16-inch body supports horizontal or vertical installation, while the 39kg weight balances portability with industrial-grade strength, making it ideal for space-const
The Zelus GBS12/130B.B. battery employs innovative gel electrolyte technology, a deep-cycle energy storage solution designed for harsh environments. With 12V voltage and 130Ah capacity, it meets persistent power demands for solar systems, emergency equipment, and industrial applications. Its high-temperature resistance achieves 2,500 cycle life, while the maintenance-free design ensures worry-free equipment operation.
The Zelus GBS12/170B.B. gel battery redefines energy storage reliability with innovative technology, designed specifically for harsh environments. This 12V/170Ah deep-cycle battery uses a gel electrolyte formula to effectively prevent acid stratification and evaporation, eliminating corrosion risks. Its solid lead coating process and calcium alloy grid structure deliver an ultra-long lifespan (12 years/2,500 cycles), providing stable power even in extreme temperatures ranging from -40°C to 60°C.The patented valve system precisely controls air pressure, paired with a compact 55kg design (dimensions 522x202x216mm), allowing horizontal or vertical installation in scenarios like solar power stations and communication base stations. Its monthly self-discharge rate of less than 2% makes it particularly suitable for emergency lighting and remote monitoring systems.
The GBS12/225B.B. gel electrolyte VRLA battery employs innovative solid lead coating technology, delivering durable and reliable power solutions for solar power stations, communication base stations, and transportation facilities. Its unique silica gel formula completely resolves electrolyte stratification issues, supporting horizontal and vertical multi-directional installation, and adapting to extreme environments ranging from -40°C to 60°C. The 12V/225Ah high-capacity design, paired with a compact 148.8-pound structure, provides stable power supply for 219 hours at C100 discharge rate, with a monthly self-discharge rate below 2% ensuring long-term standby performance.Its precision pressure valve system achieves 2,500 deep cycles, combined with corrosion-resistant terminal design, enabling the equipment to operate continuously for over 12 years in wind turbine tower vibration environments or medical emergency systems.
The Zelus GBS series batteries employ revolutionary gel electrolyte technology, combining sulfuric acid with silica fume to form solid-state electrolytes, completely resolving corrosion issues caused by acid evaporation and leakage in traditional batteries. This 6V/215Ah deep-cycle lead-acid battery is specifically designed for harsh environments. Its gel solidification technology not only enables 360-degree installation (vertical/horizontal) but also effectively withstands 50°C high-temperature impacts and severe vibrations, demonstrating exceptional stability in outdoor scenarios such as solar power stations and traffic signal lights.The battery features intelligent gas circulation through precise pressure valves, combined with a calcium-replaced antimony plate formula, extending service life beyond 12 years and supporting 2,500 deep cycles. Its maintenance-free characteristic with a monthly self-discharge rate below 2% significantly reduces operational costs. The compact 32.8kg body
The GBS12/43.5B.B. gel electrolyte VRLA battery is specifically designed for demanding scenarios, combining gel technology with deep-cycle performance to deliver an ultra-long service life of 12 years and 2,500 deep cycles. Resistant to extreme temperatures (-20°C to 55°C) and shock vibrations, it is suitable for solar power stations, communication equipment, traffic signal lights, and other applications. With a 43.5Ah capacity ensuring stable power supply, its maintenance-free design eliminates electrolyte evaporation and corrosion issues. The compact 16.1kg structure enables flexible installation, making it a reliable choice for medical equipment, emergency systems, and renewable energy applications.
The Zelus GBS12/110B.B. gel battery employs innovative solid-state lead coating technology and silica-based gel electrolyte, specifically designed for harsh environments, offering a lifespan of up to 12 years and 2500 deep cycles. This 12V/110Ah energy storage solution is perfectly suited for solar power stations, traffic signals, and communication base stations. Its high-temperature and shock-resistant properties ensure stable operation in temperatures ranging from -40°C to 60°C, while the unique gel solidification technology eliminates acid stratification and leakage issues. The maintenance-free design eliminates concerns about electrolyte evaporation loss.