Gel Solar Battery 12V 100Ah

●GEL solar cells support long time discharge and the special electrode plate design makes their service life longer than traditional lead-acid batteries. It is an improvement on the traditional lead-acid battery, whose electrolyte is in the form of a gel, so there is almost no leakage.

●The GEL battery has a larger electrolyte capacity and greater thermal capacity in the same volume, with uniform concentration, no electrolyte stratification and better heat dissipation.

●Jingsun solar GEL batteries have better self-discharge performance and more outstanding resistance to sulphation in the case of severe power shortage. Strong recovery ability from deep discharge and better resistance to overcharging.

●Adapt to a wider range of environmental temperatures, in the range of -40 ℃ ~ 60 ℃ can be used. It also has excellent performance in low temperature and alpine areas, has certain anti-vibration performance, and can adapt to various harsh environments. It is not restricted by space location and can be placed in any orientation.

●Simple and easy to use, excellent consistency of internal resistance, capacity and float voltage of the single cell. It can adapt to different voltages for charging and does not require special maintenance, and is better used with Jingsun solar systems.

●12V gel batteries can be used in a variety of systems, power generation systems, communication systems, EPS and UPS systems. Power plant transmission systems, solar systems, wind energy systems, switches, microwave stations, mobile base stations, data centres, radio and broadcasting stations, etc.

●It is important to maintain good usage habits. For example, maintain a clean and dry working environment for the battery. You can wipe the surface of the battery with natural soda water and prohibit the use of organic solvents such as petrol and alcohol. Although colloidal batteries can adapt to various harsh environments, good usage habits can greatly extend the life of the battery to its design life.

●For batteries at the end of their useful life, they can be resold to a colloidal battery recycling plant for recycling. The colloidal electrolyte can be degraded into silica paste and lead paste, with the silica recycled and the lead paste made into raw lead. This not only recycles resources but also does not cause more pollution to the environment.