The Silent Revolution in EV Batteries: GM’s Game-Changing Innovation
General Motors has unveiled innovative lithium manganese-rich (LMR) prismatic battery cells, aiming to significantly enhance electric vehicle (EV) performance. The new battery technology promises a 33% higher energy density compared…
The Secret Ingredient Amping Up the Race for Superior Batteries
Ampcera Inc. has introduced advanced nano sulfide solid electrolyte powders, poised to significantly enhance solid-state battery performance. These nano powders promise higher ionic conductivity and efficiency, surpassing traditional lithium-ion technology.…
Revolutionizing the Road: How Solid-State Batteries Could Transform Your Driving Experience
Stellantis collaborates with Factorial Energy to validate solid-state battery technology, marking a major shift in the electric vehicle (EV) landscape. Solid-state batteries offer enhanced range, faster charging, improved safety, and…
Scientists Unveil Breakthrough in Century-Old Battery Tech, Promising a Greener Future
Chinese scientists are revolutionizing redox flow batteries (RFBs) for enhanced efficiency and sustainability in energy storage. Innovative catalytic electrodes using cobalt-infused nanosheets achieve an 88% efficiency over 850 cycles in…
Sunderland’s Electric Revolution: How a New Battery Plant is Fueling a Greener Future for the UK
The Sunderland electric vehicle battery factory signifies a £1 billion investment in UK manufacturing, transforming the North East economy. Once operational, the plant will produce batteries for 100,000 electric vehicles…
The Future of Electric Vehicles Lies in Recycling: Industry Unites for Sustainable Batteries
RECOVAS spearheads a revolutionary shift in EV battery lifecycle toward sustainability and waste reduction. Key stakeholders include major car manufacturers, recycling firms, and academic and safety institutions, promoting cross-industry collaborations.…
Revolutionizing Battery Technology: Penn State’s Cold Sintering Breakthrough
Solid-State Electrolytes (SSEs) developed by Penn State engineers aim to replace traditional lithium-ion batteries, enhancing safety and efficiency. Traditional lithium-ion batteries pose fire risks due to volatile liquid electrolytes, whereas…
The Electric Revolution: How Advanced Simulations Are Supercharging EV Safety
The global demand for batteries in 2023 has surged by 70%, underscoring the critical role of the Battery Management System (BMS) in EVs. BMS ensures safety by monitoring lithium-ion battery…
Apple’s Bold Move: The iPhone 17 Air and Its Return to Battery Cases
The iPhone 17 Air is set to be Apple's sleekest design with a 6.6-inch 120Hz display, but its slim form factor limits battery size. To compensate for the smaller battery,…
Are Lithium-Ion Battery Farms Secretly Putting Our Communities at Risk? Uncover the Explosive Truth
A debate in Scotton, North Yorkshire, centers on proposals for a 266-acre solar farm and lithium-ion battery storage, which worry locals about safety near a school. Concerns focus on the…