Lead-acid Battery with the longest time and most mature technology to achieve industrial production has stable, reliable performance, and good applicability; Using dilute sulfuric acid as the electrolyte, it is non-flammable, and the battery is designed with normal or low pressure, ensuring good safety.

High working voltage and wide working temperature range, suitable for high rate discharge applications such as hybrid electric vehicles (HEVs); It can be used for floating charging and has excellent shallow charging and discharging performance, suitable for fields such as uninterruptible power supply (UPS), new energy storage, power grid peak shaving and valley filling; The technology of large capacity batteries is mature, capable of producing thousands of ampere hours of batteries, providing convenience for large-scale energy storage. 

Lead acid batteries are the cheapest secondary batteries, with a unit energy price of about one-third that of lithium-ion or nickel hydrogen batteries. In addition, the important components of lead-acid batteries are lead and lead compounds, with lead content reaching over 60% of the total mass of the battery. The residual value of waste batteries is high, and the recycling price exceeds 30% of that of new batteries. Therefore, the comprehensive cost of lead-acid batteries is lower.

Lead acid batteries have a simple composition, mature regeneration technology, and high recycling value, making them the easiest to achieve recycling and reuse. The global production of recycled lead has exceeded the production of primary lead, and the reuse rate of lead in waste lead-acid batteries in the United States has exceeded 98.5%. The reuse rate of waste lead-acid batteries in China has also reached over 90%. Aiming to deliver a robust product portfolio that will cover your requirements in the long term, we target to offer unprecedented value to your needs.