Lead Carbon Battery Storage Solution
CB series of lead carbon batteries with addition of carbon increases the pore size of the negative plates, allowing the acid to pass through and be dispersed in the lead paste. The positive effects of this can improve charge acceptance under high current conditions and enhancement of the PSoC performance of the battery. Our lead carbon batteries are much better in partial state-of-charge performance, offering more cycles and higher efficiency. The design potentially reduces sulfation and improves charge acceptance of the negative plate, boasting a design life of 20 years.
Frequently Asked Questions
What is the design life of CB series lead carbon batteries?
The CB series features a superior design life of up to 20 years, supporting more than 2000 cycles at 80% Depth of Discharge (DOD).
How does the lead carbon technology improve performance?
By adding carbon to the negative plates, the battery achieves better charge acceptance and significantly reduces sulfation, which is ideal for Partial State-of-Charge (PSoC) applications.
Are these batteries suitable for solar energy storage?
Yes, they are specifically designed for renewable energy systems, including solar power generation grids, off-grid storage, and home energy systems.
What safety standards do these batteries comply with?
Our lead carbon batteries comply with international standards such as IEC60986 and IEC61427, ensuring reliability and safety in various environments.
Can the CB1500-2 battery handle rapid charging?
Yes, the combination of VRLA technology and activated carbon allows for high power output and rapid charge/discharge capabilities.
What is the advantage of the modular installation design?
The design includes waterproof, anti-salt treatment, and shockproof modules, making it exceptionally durable for industrial and distributed energy storage installations.
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