Solar Battery

.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

The inverter series is designed for frequent cyclic charge and discharge applications under extreme environments. By combining the newly developed nano electrolyte with high density paste, the deep cycle range offers high recharge efficiency at very low charge current.

FEATURES

.​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

• The inverter series is designed for frequent cyclic charge and discharge applications under extreme environments. By combining the newly developed nano electrolyte with high density paste, the deep cycle range offers high recharge efficiency at very low charge current.
   
  FEATURES
• ​
• .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.

• 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.

• 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

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