These solid-state lithium-metal batteries can provide a stable interface for high-voltage operation.
These solid-state lithium-metal batteries can provide a stable interface for high-voltage operation.
With EV adoption rising, utilities must decide between infrastructure upgrades or smart charge management to ease grid stress.
With EV adoption rising, utilities must decide between infrastructure upgrades or smart charge management to ease grid stress.
Salty water could provide all the lithium needed for electric vehicle batteries, but extraction is tricky. Can…
Salty water could provide all the lithium needed for electric vehicle batteries, but extraction is tricky. Can researchers devise an efficient method?
Understanding future energy needs could make transitioning to renewable energy easier.
Understanding future energy needs could make transitioning to renewable energy easier.
A natural, abundant material could make batteries more efficient and sustainable.
A natural, abundant material could make batteries more efficient and sustainable.
Georgia Tech researchers say the novel cathode could boost battery efficiency.
Georgia Tech researchers say the novel cathode could boost battery efficiency.
A nano-particle coating could boost underwater solar panels’ efficiency.
A nano-particle coating could boost underwater solar panels’ efficiency.
The nuclear battery is 8,000 times more efficient than previous versions.
The nuclear battery is 8,000 times more efficient than previous versions.
The AI model uses X-ray crystallography data to help researchers design materials for diverse applications, from…
The AI model uses X-ray crystallography data to help researchers design materials for diverse applications, from batteries to magnets.
The latest innovations in electric vehicle technology could lead to longer range, faster charging, and better performance.
The latest innovations in electric vehicle technology could lead to longer range, faster charging, and better performance.
Research projects target stronger materials and hot gas path components for turbines using hydrogen-containing fuels.
Research projects target stronger materials and hot gas path components for turbines using hydrogen-containing fuels.
Korean researchers have introduced the first universal design principles for designing solid-state batteries.
Korean researchers have introduced the first universal design principles for designing solid-state batteries.
Engineers are joining forces to overcome problems in aqueous battery technology.
Engineers are joining forces to overcome problems in aqueous battery technology.
Could harnessing the sun’s power source unlock limitless emissions-free electricity to counter AI computing demand?
Could harnessing the sun’s power source unlock limitless emissions-free electricity to counter AI computing demand?
The battery surpasses lithium-iron phosphate and sodium-ion batteries in safety and energy storage.
The battery surpasses lithium-iron phosphate and sodium-ion batteries in safety and energy storage.
Can an ancient heating system become a next-gen energy storage system?
Can an ancient heating system become a next-gen energy storage system?
Can rock salt cathodes pave the way for affordable, high-energy storage?
Can rock salt cathodes pave the way for affordable, high-energy storage?
Scientists have discovered why lithium iron phosphate batteries hold 25% less energy than predicted.
Scientists have discovered why lithium iron phosphate batteries hold 25% less energy than predicted.
Could a polymer electrolyte lead to safer and longer-lasting electric vehicle batteries?
Could a polymer electrolyte lead to safer and longer-lasting electric vehicle batteries?
Can TU Graz research lead to longer-lasting LFP batteries in EVs and storage facilities?
Can TU Graz research lead to longer-lasting LFP batteries in EVs and storage facilities?
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