the new lithium-sulfur battery design allows the cathode to be nearly three times thinner while maintaining high performance, promising suitability for compact devices.
eve energy officially mass-produced solid-state batteries in china, paving the way for drones, humanoid robots and ai devices. the new battery has an energy density of 300 wh/kg,
mit researchers have designed an electrolyte that can decompose at the end of a battery's life, allowing components to be more easily recycled.
researchers from the university of pennsylvania school of engineering and applied sciences have just announced a bold idea: robots can recharge themselves by coming into contact
on december 18, ibm announced that it had developed a new battery technology using materials extracted from seawater.
this not only allows smartphone devices to operate stably in the harshest areas of the world, but also can operate in outer space.