Strong demand for batteries with broad prospects
发布时间：2024-11-28 21:55:23 点击： 次
A battery is a device that converts chemical energy into electrical energy, which can be recharged through reversible chemical reactions. With the increasing demand for green environmental protection, energy conservation, and emission reduction in recent years, batteries are becoming more and more popular. This device for converting chemical energy into electrical energy has been applied in various industries, from watches and mobile phones to cars and electric vehicles, with huge market prospects.
Vanadium flow battery (VRB) is an oxidation-reduction battery in which the active substance flows in a circulating liquid state and is gradually entering the commercial stage. After acquiring VRB from Canada in 2009, domestic company Puneng became the world's largest producer of flow batteries. In addition, Dalian Rongke and Tsinghua University have completed the industrialization of flow batteries and key materials, laying a solid foundation for the large-scale use of flow batteries in China.
Sodium sulfur batteries have become relatively mature energy storage batteries in foreign countries, with a lifespan of 10-15 years. The technology of NAS batteries is basically unique to NGK in Japan. Currently, NGK's global energy storage orders have reached over 600MW. In China, it is mainly researched and developed by large groups such as Shanghai Electric, but the difficulty of industrialization is relatively high.
Chemical energy storage batteries have the advantages of instant energy storage, convenient installation, and relative cost, and are considered by the industry to be the most likely large-scale energy storage method. Compared with the most widely used pumped storage and compressed air storage, chemical battery energy storage solves the disadvantage of being only applicable under special geographical conditions and is an ideal energy storage method. It is speculated that the global market value of chemical battery energy storage will grow at a compound annual growth rate of 26% in the future, from $2 billion in 2012 to $16 billion in 2020.
Chemical battery energy storage: Technological development is flourishing, with cost and performance becoming the core factors for success. The development of advanced lead-acid and lithium battery technologies is promising, but large-scale industrialization of flow/sodium sulfur batteries will take time.
Lead acid batteries are currently the longest commercialized and most technologically mature batteries. Lead acid batteries have three major application areas, among which automotive starter batteries remain their main application market, accounting for a total market share of 58%, and their growth has slowed down. Electric bicycles are the fastest-growing market, with approximately 90% of electric bicycles in China using lead-acid batteries. Energy storage applications are mainly used as backup power sources and household energy storage. Lead acid battery technology is developing towards advanced lead-acid batteries, and high-performance new lead-acid batteries can be widely applied in the energy storage industry.
Vanadium flow battery (VRB) is an oxidation-reduction battery in which the active substance flows in a circulating liquid state and is gradually entering the commercial stage. After acquiring VRB from Canada in 2009, domestic company Puneng became the world's largest producer of flow batteries. In addition, Dalian Rongke and Tsinghua University have completed the industrialization of flow batteries and key materials, laying a solid foundation for the large-scale use of flow batteries in China.
Sodium sulfur batteries have become relatively mature energy storage batteries in foreign countries, with a lifespan of 10-15 years. The technology of NAS batteries is basically unique to NGK in Japan. Currently, NGK's global energy storage orders have reached over 600MW. In China, it is mainly researched and developed by large groups such as Shanghai Electric, but the difficulty of industrialization is relatively high.
Chemical energy storage batteries have the advantages of instant energy storage, convenient installation, and relative cost, and are considered by the industry to be the most likely large-scale energy storage method. Compared with the most widely used pumped storage and compressed air storage, chemical battery energy storage solves the disadvantage of being only applicable under special geographical conditions and is an ideal energy storage method. It is speculated that the global market value of chemical battery energy storage will grow at a compound annual growth rate of 26% in the future, from $2 billion in 2012 to $16 billion in 2020.
Chemical battery energy storage: Technological development is flourishing, with cost and performance becoming the core factors for success. The development of advanced lead-acid and lithium battery technologies is promising, but large-scale industrialization of flow/sodium sulfur batteries will take time.
Lead acid batteries are currently the longest commercialized and most technologically mature batteries. Lead acid batteries have three major application areas, among which automotive starter batteries remain their main application market, accounting for a total market share of 58%, and their growth has slowed down. Electric bicycles are the fastest-growing market, with approximately 90% of electric bicycles in China using lead-acid batteries. Energy storage applications are mainly used as backup power sources and household energy storage. Lead acid battery technology is developing towards advanced lead-acid batteries, and high-performance new lead-acid batteries can be widely applied in the energy storage industry.