The Future of AG Batteries: Parallel Technological Innovation And Sustainable Development

The Future of AG Batteries: Parallel Technological Innovation And Sustainable Development

Driven by both environmental protection and technological innovation, alkaline button AG batteries are ushering in a new round of development opportunities, becoming a model for the integration of green energy and intelligent technology.

Technological innovation direction

Solid state electrolyte technology: By replacing traditional liquid materials with solid electrolytes, AG batteries significantly improve safety, support rapid charging and discharging, and extend cycle life. In the future, it may be applied in the field of rechargeable batteries for wearable devices.

Application of new materials: Developing composite positive electrode materials such as zinc air and silver oxide, increasing energy density by more than 30% while reducing production costs by 59%.

Sustainable Development Practice

Circular economy: Establish a battery recycling system to achieve efficient recycling of precious metals such as silver and zinc, and reduce resource waste.

Policy response: In line with China's "dual carbon" goals and the EU's "new battery law", promote full lifecycle carbon footprint management