Studies have shown that sodium batteries capable of retaining water can not only efficiently store energy but also desalinate seawater. This approach opens up possibilities for developing devices that simultaneously provide energy storage and water purification, which is especially relevant for coastal regions.
Scientists have developed a new electrolyte that enables lithium-metal batteries to be fully charged in just 15 minutes, while also improving their safety. This technology could accelerate the arrival of more powerful and faster-charging batteries for electric vehicles.
Scientists from China have developed a new hydrofluorocarbon-based electrolyte that significantly increases the efficiency of batteries at low temperatures and delivers record-breaking energy density. This technology opens up new possibilities for use in electric vehicles, the aerospace industry, and energy storage systems operating in extreme climate conditions.
South Korean scientists have developed a new approach to creating solid-state batteries that increases their efficiency using affordable materials without compromising safety. This breakthrough paves the way for the widespread adoption of more accessible and efficient energy storage solutions.
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