Molten salt batteries are fire-resistant and long-lasting, but are they a good choice for electric vehicles?
Molten salt batteries are fire-resistant and long-lasting, but are they a good choice for electric vehicles?
Organic molecules make aqueous organic flow batteries more cost-effective and longer-lasting.
Organic molecules make aqueous organic flow batteries more cost-effective and longer-lasting.
Can the Martian atmosphere fuel an emerging battery technology?
Can the Martian atmosphere fuel an emerging battery technology?
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.
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?
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.
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.
Engineers are joining forces to overcome problems in aqueous battery technology.
Engineers are joining forces to overcome problems in aqueous battery technology.
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 rock salt cathodes pave the way for affordable, high-energy storage?
Can rock salt cathodes pave the way for affordable, high-energy storage?
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?
The model is the first to be compatible with non-lithium batteries.
The model is the first to be compatible with non-lithium batteries.
Researchers have developed a method to extract lithium using carbon nitride membranes that mimic natural ion channels.
Researchers have developed a method to extract lithium using carbon nitride membranes that mimic natural ion channels.
Researchers worldwide are exploring methods in sustainable batteries and renewable energy technologies.
Researchers worldwide are exploring methods in sustainable batteries and renewable energy technologies.
South Korean researchers have designed a sodium-air battery that could lead to safer, more efficient, and less expensive…
South Korean researchers have designed a sodium-air battery that could lead to safer, more efficient, and less expensive electric vehicles.
MIT research shows how combining carbon black, water, and cement can create supercapacitors that can transform renewable…
MIT research shows how combining carbon black, water, and cement can create supercapacitors that can transform renewable energy storage.
Iron-based cathodes can provide greater energy density at a lower price than the current leading cathode materials in EV…
Iron-based cathodes can provide greater energy density at a lower price than the current leading cathode materials in EV batteries.
Researchers improve electric aircraft batteries to control power fade.
Researchers improve electric aircraft batteries to control power fade.
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