Why do you need EverExceed Lead Carbon Battery?
Why choose our Lead-carbon batteries?
EverExceed-Lead carbon battery expert
EverExceed LC series of lead-carbon batteries adopt the world's most latest and advanced lead-carbon technology, add unique high capacitance and highly conductive carbon materials into the negative electrode, making LC series battery is a perfect combination, which contains the advantages of high energy capacity and density from lead-acid battery. as well as high power rate, fast charging and long cyclic lifespan from ultra capacitor.
Negative electrode: Add highly conductive carbon material
Special active materials formula with Nano-Carbon，which can effectively prevent the growth of lead sulfate, prevent negative vulcanization, and improve the ability of charging acceptance，extend the battery life; Enhance antivulcanization ability by changing active materials component.
Special positive plate grid design
With new special alloy and reasonable structure design. it has good corrosion resistance， reasonable current distribution，tight combination with active substances high current performance and strong charging acceptance.
Special positive and negative lead paste formula and curing process
Unique formulations and optimized curing processes are used.
The negative lead paste has strong vulcanization resistance andlow capacity decay rate.
Special electrolyte
Innovative new electrolyte, enhance hydrogen evolution over potential inhibits water loss from the battery, intensified the battery life.
The advantages of Lead-carbon batteries vs lead-acid batteries
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Special advantages |
Conventional lead acid battery |
New generation lead-carbon battery |
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Charging and discharging ability |
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Regular |
The life of lead-carbon battery is 2~3 times higher than that of conventional lead-acid battery when it works with frequent instantaneous high current charge and discharge. The carbon material with capacitive characteristics releases or receives the current, inhibits the sulfation of the negative electrode of the battery, and effectively prolongs the service life of the battery. |
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Regular | The lead-carbon battery is more efficient at high rate charging, and the charging time can be reduced by 20%. | |
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2200 cycles | 3500 cycles |
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Regular | The cycle life of lead-carbon battery is 4~5 times longer than that of ordinary lead-acid battery when PSoC is partially charged. | |
Application:
● Solar energy storage system
● Wind energy storage system
● Smart power grids and micro-grids system
● Distributed energy storage system
● Peak shifting of electrical power system
● UPS
● Data Center
● Generator and battery hybrid energy system
● Telecommunications
● Power plant and substation
● Emergency lighting system
