Stable performance: adoption of advanced nanometer silica gel materials that forms stable 3.2.2.3 cone-shaped 3D structure after gel forming, no hydration, no stratification of acid liquor.

Long service life: the electrolyte of gel battery has polymer structure, the lead powder will not come off easily after gel forming, negative plate will not sulfate, has low-current charging and strong power receiving capacity of under-voltage battery, especially meeting the energy-storing requirements of solar energy system.

Excellent low-temperature performance: under low-temperature (-30?) condition, the electrolyte will not stratify, the battery capacity is 30-50% higher than the lead-acid battery of the same specification.

Good high-temperature and overcharge performance: the gel battery adopts excessive electrolyte, the battery will not dry out under circumstance of high-temperature and overcharge.

Low self-discharge: it adopts stable electrolyte structure, the self-discharge rate of battery is very low, can be put aside for two years without charging.

Excellent capacity stability: it adopts colloidal electrolyte of high osmosis, capacity of the storage battery will not be reduced easily.