Solar Battery

1. Heat sealed case to cover

2. Special active material

3. Unique expanded plate grid design

4. AGM separators

5. Polypropylene PP cover and contained

100% true Capacity

Higher number of cycles using CaLa+ Technology

Fast charging even at high rate of discharge

Superior Performance

Long Life.

100% true Capacity

Higher number of cycles using CaLa+ Technology

Fast charging even at high rate of discharge

Superior Performance

Long Life.

• More than 6 years float life at 20°C
• Longer life design at renewable energy applications according to IEC61427
• Wide operating temperature range from -15°C to 60°C
• Nano electrolyte eliminate the acid stratification and prolong cycle life
• Round trip efficiency as high as 85%.
• Low self-discharge rate and long shelf life.)
• Excellent deep discharge recovery capability.
• Thick positive flat plate design with high Tin low Calcium alloy and high density paste

• More than 6 years float life at 20°C
• Longer life design at renewable energy applications according to IEC61427
• Wide operating temperature range from -15°C to 60°C
• Nano electrolyte eliminate the acid stratification and prolong cycle life
• Round trip efficiency as high as 85%.
• Low self-discharge rate and long shelf life.)
• Excellent deep discharge recovery capability.
• Thick positive flat plate design with high Tin low Calcium alloy and high density paste

• More than 6 years float life at 20°C
• Longer life design at renewable energy applications according to IEC61427
• Wide operating temperature range from -15°C to 60°C
• Nano electrolyte eliminate the acid stratification and prolong cycle life
• Round trip efficiency as high as 85%.
• Low self-discharge rate and long shelf life.)
• Excellent deep discharge recovery capability.
• Thick positive flat plate design with high Tin low Calcium alloy and high density paste

• More than 6 years float life at 20°C
• Longer life design at renewable energy applications according to IEC61427
• Wide operating temperature range from -15°C to 60°C
• Nano electrolyte eliminate the acid stratification and prolong cycle life
• Round trip efficiency as high as 85%.
• Low self-discharge rate and long shelf life.)
• Excellent deep discharge recovery capability.
• Thick positive flat plate design with high Tin low Calcium alloy and high density paste

• Power system communication
• Network communication including: data transmission, television signal transmission, etc.
• Uninterruptable Power System (UPS- for Telecom)
• These are used for high end applications of standby power like UPS, Electric Converter, Railway Communications, Security Systems etc.

• Using gel as an electrolyte

• Plate thickness tolerance is not critical since the high compression of plates group assembly is not necessary

• More electrolytes for better contact with plates and active materials and container walls, it is good for releasing internal heat and cooling battery temperature.

• Using the extra microporous separator which can: a/ reduce the depolarization of the negative electrode and avoid negative plate sulphation/ without any liquid, significantly decreases thermal runaway/ Help to prevent short circuits by dendrite growth between the positive and negative plates during deep discharge

• Better vent valve design to lower gas leaking rate to extend battery lifetime.