3.7V Lithium Polymer Battery research and development is in full swing, the most promising technology

According to foreign media reports, QuantumScape will establish a joint venture with Volkswagen to achieve industrial-grade mass production of solid-state batteries. The two parties plan to establish a solid-state lithium battery production line in 2025.

Today, 3.7V Lithium Polymer Battery cells are the most promising technology for future electric vehicles. This battery technology can also improve the energy density of current lithium-ion batteries, enhance their safety and improve their fast charging capabilities. In addition, Volkswagen successfully completed the testing of early samples of QuantumScape solid-state batteries in Germany.

3.7V Lithium Polymer Battery research and development is in full swing. Can Volkswagen stand out?

According to Yale's analysis, the current strong growth momentum of solid-state batteries will drive the development of the electric vehicle industry.

At present, many technical modules of solid-state batteries are in the technical research and development stage, involving the following aspects: electrolyte material screening, ion conductivity improvement, electrolyte/motor interface stability, lithium metal anode, battery separator coating (separator coating), battery cell and battery pack manufacturing methods, battery management system and battery pack design.

3.7V Lithium Polymer Battery research and development is in full swing. Can Volkswagen stand out?

Strong participation from EV/HEV manufacturers is an important driver for the commercialization of solid-state batteries. In fact, the simplified design of battery packs and their components will enhance the cost competitiveness of such batteries.

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