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Automotive Solid-State Battery Technology – The Future of Electric Vehicles

Feb 27, 2019 3:30:24 AM / by BIS Research posted in Electric Vehicle Battery market, Electric Vehicles Battery industry, Electric Vehicles Battery Market, EV Battery Market, EV Battery report, Automotive Solid State Battery Market Value, Automotive Solid State Battery(SSB) Market, Automotive, Automotive Solid State Battery Industry, Automotive Solid State Battery Market, Automotive Solid State Battery Market by Component, Automotive Solid State Battery Market Forecast, Automotive Solid State Battery Market Growth, Automotive Solid State Battery Market Size, Automotive Solid State Battery Market Trends, Automotive Solid State Battery Report, Electric Vehicle Battery industry, Electric Vehicle Battery report, Electric Vehicles Battery report, EV Battery industry, Lead Acid Battery industry, Lead Acid Battery market, Lead Acid Battery report, Nickel-Cadmium Batteries Industry, Nickel-Cadmium Batteries Market, Nickel-Cadmium Batteries Report, Solid State Battery Market by Vehicle Type, Solid State Lithium-ion Battery, SSB Market, SSB Report, Solid State Battery Market by Region, Solid-State Battery Technology, Solid State Lithium-ion Battery Industry, Solid State Lithium-ion Battery Market, Solid State Lithium-ion Battery Report, SSB Industry

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The automotive industry is undergoing a transformative shift toward the adoption of electric vehicles (EV) and is investing significantly in the research and development (R&D) of its battery technology and components. The energy density and weight of the battery are the major factors that determine the designing and manufacturing cost of an electric vehicle. The conventional lithium-ion (Li-ion) battery technology has been in existence since 2000s and has found its applications in various sectors, namely electronics & automotive industry, and energy storage systems. However, key limitations of the li-ion batteries such as high flammability, risk of leakage, high cost, and ageing have propelled the researches to develop better battery chemistries such as solid-state batteries (SSB).

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