Battery temperature affects performance, reliability, safety, and life-cycle cost, which are critical factors that must be addressed to make alternative-propulsion vehicles a viable option to ICE vehicles. In addition, battery temperature impacts battery sizing and life, thus having significant impact on the vehicle cost. These factors make battery-cooling system design crucial in EVs.
The critical need for improved battery range and life means that battery cooling solutions are expected to play an important role and become more complex, as battery packs get more powerful. This situation is expected to provide a major impetus for the demand of additional battery cooling components.
This report provides an understanding of the battery-cooling component technology and market trends for light electric vehicles, an in-depth demand outlook, and an overview of the main players and market drivers—on both global and regional levels.
Research scope and definitions
Questions the report will answer
Alternative-propulsion vehicle landscape
Electric Vehicle Battery
Why does the high-voltage battery require cooling?
Battery-cooling technology analysis
Battery cooling component suppliers
For the battery cooling component sector
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