Beijing, March (Xinhua) at a time when the demand for battery energy storage is expected to show a significant increase, global battery experts will meet in Shanghai, China, from March 5 to 6 to discuss the development of a new generation of advanced lead-acid batteries. The International Battery Innovation Alliance (consortiumforbatteryinnovation,cbi), the latest research group launched by the world's leading battery companies and battery research institutes, hosted the two-day seminar in Shanghai.
Lead batteries currently account for 75% of the world's rechargeable battery energy storage equipment. In addition to being used as vehicle start-up, lighting and ignition batteries, lead-acid batteries support all energy storage applications, ranging from data centers, mobile networks and hospital backup power to motorcycles, forklifts, ships and military applications. Today, lead-acid batteries are also increasingly used in renewable energy storage, including solar power plants, wind power plants and microgrids, to improve recycling efficiency, and China has announced that it will increase the recovery rate of lead batteries. The National Energy Administration has listed lead batteries as a national "pillar" industry. In this context, the seminar will also discuss lead battery reuse technologies currently in use in Europe and North America. In these areas, the recovery and recycling efficiency of lead batteries has now exceeded 99%.
The International Battery Innovation Alliance will discuss market developments in China at this conference and will announce research plans for the next two years. The alliance's Chinese members include Shuangdeng Group, Shandong Jinkili Power Technology Co., Ltd., Nandu Power supply Co., Ltd., Shandong Shengyang Power supply Co., Ltd., and Tianneng Power Co., Ltd. The predecessor of the International Battery Innovation Alliance (alabc),) is the International Federation of Advanced lead-Acid batteries (alabc), which has been providing funds for the research of lead-acid batteries for 25 years, thus leading technological breakthroughs such as start-up and stop batteries, improving energy efficiency and reducing pollution. Lead-acid batteries are also critical for electric vehicles, as almost all electric vehicles use lead-acid batteries to provide basic safety and backup functions, such as lighting and other in-car safety systems. National.
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