White Papers

To design lead-acid batteries with higher power output while maintaining their footprint and service life is a formidable task. CSB has overcome this challenge by optimizing the design of the XHRL-FT, selecting the appropriate internal materials to generate the desired chemical reactions, and using efficient production processes. Moreover, due to rising environmental concerns worldwide, it is of utmost importance that batteries are manufactured through an environmentally friendly and resource-saving process.

Designing lead-acid batteries with higher power output while maintaining their footprint and service life is a formidable task. CSB has overcome this challenge by optimizing the design of the XPL-FT, selecting the appropriate internal materials to generate the desired chemical reactions, and using efficient production processes. Moreover, due to rising environmental concerns worldwide, it is of utmost importance that batteries are manufactured through an environmentally friendly and resource-saving process.

Designing lead-acid batteries for high performance in extreme heat and power conditions is challenging. CSB has overcome this by engineering the Calor XHT, optimized for high-temperature tolerance, high-rate output, and extended service life. Using advanced design and efficient production, it remains environmentally conscious and resource-efficient. Moreover, due to rising environmental concerns, it is of utmost importance that batteries are manufactured through environmentally friendly and resource-saving processes.