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Rimac has unveiled a new solid-state battery that promises ultra-fast charging speeds and impressive energy density. Unveiled today at the IAA Mobility show in Munich, Germany, the upcoming battery has a discharge power of 850 kW.
Rimac Technology unveiled a solid-state EV battery at IAA Mobility that charges from 10 to 80 percent in just six and a half minutes. Today’s DC fast chargers are slowly moving toward 350-kilowatt speeds,
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TipRanks on MSNKULR Technology Unveils New CubeSat Battery Line
KULR Technology Group ( ($KULR) ) just unveiled an announcement. On September 9, 2025, KULR Technology Group announced the release of six new
CATL unveiled a new LFP battery design for Europe that promises 470 miles of range. We break down the company's big claims here.
Rimac Technology used IAA Mobility in Munich to launch new products, including a new battery pack platform based on
Rimac unveils a cutting-edge solid-state battery platform that promises to make EVs lighter, safer, and more energy-efficient, though a timeline for release remains unclear.
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Tech Xplore on MSNDrop-in lithium-ion battery technology mitigates the risk of explosion and fire
A gooey science experiment with his kids inspired Gabriel Veith—a researcher at the DOE Oak Ridge National Laboratory (ORNL)—to develop a new material that prevents lithium-ion batteries from bursting into flames.
Contemporary Amperex Technology Co. Ltd. introduced two battery variants designed specifically for Europe’s electric vehicle market, underscoring its growth ambitions in the region.
New Watch features that Apple says can warn of heart disease or send SOS messages via satellite will be released, new AirPods are coming too.
This is a special situation that I want my readers to consider because the potential gain and income could be significant. I do plan to enlighten my readers of special situations in the future also, but cannot predict the frequency. Situations like the one ...
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Just Auto on MSNLGES, KAIST develop new lithium-metal battery
KAIST and LGES have found that the main cause of dendrite formation is the uneven “interfacial aggregation reactions” on the lithium metal surface, which they claim to have so