12V 100AH Gel Battery For Energy Storage

1. High quality and long service life

The colloidal solid electrolyte can form a solid protective layer on the plate to prevent the plate from being corroded, and at the same time reduce the phenomenon of plate bending and plate short circuit when the battery is used under heavy load, and prevent the active material of the plate from softening and falling off. For physical and chemical protection purposes, it is 1.5 to 2 times the standard service life of traditional lead-acid batteries. Colloidal electrolyte is not easy to cause plate vulcanization, and the number of cycles is more than 550 times under normal use.

2. Safe to use and environmentally friendly

When Gel battery for energy storage is used, there is no acid mist gas precipitation, no electrolyte overflow, no combustion, no explosion, no corrosion of the car body, and no pollution. Since the electrolyte is in a solid state, even if the battery casing is accidentally broken during use, it can still be used normally, and no liquid sulfuric acid will flow out.

3. Less water loss

Oxygen cycle design has pores for oxygen diffusion, and the precipitated oxygen can chemically react with negative substances, so there is less gas precipitation and less water loss during charging and discharging.

4. Long shelf life

It has good ability to resist plate sulfation and reduce grid corrosion, and has a long storage period.

5. Less self-discharge

It can hinder the diffusion of water generated during anion reduction and inhibit the spontaneous reduction reaction of PbO, so there is less self-discharge.

6. Good low temperature starting performance

Since the sulfuric acid electrolyte exists in the colloid, although the internal resistance is slightly larger, the internal resistance of the colloid electrolyte does not change much at low temperatures, so its low-temperature start-up performance is good.

7. The use environment (temperature) is wide, suitable for cold weather

Gel battery for energy storage can be used normally within the temperature range of -35°C to 60°C, which effectively solves the problem of difficult start-up due to the use of traditional lead-acid batteries in alpine regions and other high-temperature regions in the past.