
GM's Battery Revolution: 4 Chemistries Reshaping EV Future
General Motors is set to introduce four distinct battery chemistries, including lithium phosphate, to reduce costs and improve performance across their electric vehicle lineup.
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General Motors is set to introduce four distinct battery chemistries, including lithium phosphate, to reduce costs and improve performance across their electric vehicle lineup.
Toyota considers purchasing struggling Chinese EV maker Nita Auto to boost its electric vehicle strategy in China. This move could help Toyota regain market share in the competitive Chinese automotive landscape.
The SC01 electric sports car from China Car Custom offers impressive performance at a surprisingly low price point, potentially disrupting the EV market.
Explore the Lada Eora, Russia's latest electric vehicle that could transform the country's automotive landscape. Learn about its features, challenges, and potential impact on the Russian EV market.
Ford announces progress in lithium manganese rich (LMR) battery technology, potentially increasing energy density and lowering costs for electric vehicles.
A groundbreaking hybrid lithium-hydrogen battery promises unprecedented energy density and efficiency. This innovation could revolutionize electric vehicles and renewable energy storage.
Tesla plans to launch new affordable electric vehicles by 2025, including potential Model 2 and cheaper versions of Model 3 and Model Y. Recent drone footage reveals mysterious prototypes at Fremont factory.
Explore the two main approaches to thermal management in electric vehicles: PTC heaters and heat pumps. Learn how these systems impact EV range and efficiency in cold weather.
Samsung's solid-state batteries promise to revolutionize electric vehicles, potentially offering 600 miles of range. This breakthrough technology could hit the market as early as 2027.