The eco-friendly mercury-free energy storage battery is a new generation of green and low-carbon energy storage products developed to adapt to global environmental protection policies and sustainable energy development trends. Completely abandoning mercury-containing raw materials and harmful heavy metal additives used in traditional battery production, this battery adopts pure environmentally friendly lithium iron phosphate cathode materials and non-toxic and harmless electrolyte formulas, realizing zero mercury, zero lead and zero pollution in the whole life cycle from production, use to scrapping. It fundamentally solves the environmental pollution problems such as heavy metal precipitation and toxic gas volatilization of traditional batteries during use and waste disposal, and meets international environmental protection standards such as CE and RoHS, being a typical green new energy product.

In terms of performance, the mercury-free eco-friendly design does not compromise the energy storage efficiency and operational stability of the battery. On the contrary, the optimized green material formula improves the thermal stability and chemical stability of the battery core. The battery has a round-trip energy conversion efficiency of over 95%, which can efficiently store clean energy such as solar energy and wind energy and reduce energy loss. It features stable discharge voltage, small internal resistance and no memory effect, supporting arbitrary charge and discharge without affecting battery capacity. Even after long-term cyclic use, it will not produce chemical deterioration and performance degradation caused by heavy metal accumulation, maintaining long-term efficient energy storage capacity.

This battery has extremely high recycling and reuse value, which is its core environmental advantage. After reaching the service life, its internal materials can be efficiently recycled, sorted and reused through professional processes, with a material recycling rate of over 90%, which greatly reduces solid waste emissions. It is widely applicable to household distributed energy storage, commercial building peak-shaving energy storage, new energy power generation matching, and public facility backup power supply scenarios. While ensuring stable energy supply, it effectively reduces the carbon footprint of energy use. In the context of global dual-carbon goals, this mercury-free eco-friendly energy storage battery has become an indispensable core equipment for building green energy systems and promoting low-carbon transformation of the energy industry.