Hard carbon in rice hull ash can be upcycled for higher-capacity battery materials.
Hard carbon in rice hull ash can be upcycled for higher-capacity battery materials.
Adding vanadium to EV battery cathodes could increase efficiency and stability.
Adding vanadium to EV battery cathodes could increase efficiency and stability.
A hybrid polymer network cathode could lead to cheap, long-lasting, renewable batteries for electric vehicles.
A hybrid polymer network cathode could lead to cheap, long-lasting, renewable batteries for electric vehicles.
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?
Georgia Tech researchers say the novel cathode could boost battery efficiency.
Georgia Tech researchers say the novel cathode could boost battery efficiency.
Engineers are joining forces to overcome problems in aqueous battery technology.
Engineers are joining forces to overcome problems in aqueous battery technology.
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.
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.
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.
The anode-free battery uses an aluminum powder electrolyte and an innovative structure for potentially cheaper and…
The anode-free battery uses an aluminum powder electrolyte and an innovative structure for potentially cheaper and lighter electric vehicles.
Researchers have developed an advanced battery powered by beta rays from radioactive carbon isotopes. The semi-permanent…
Researchers have developed an advanced battery powered by beta rays from radioactive carbon isotopes. The semi-permanent device could operate for…
Standard lithium-ion batteries face numerous challenges, driving the need for more sustainable, affordable, and widely…
Standard lithium-ion batteries face numerous challenges, driving the need for more sustainable, affordable, and widely accessible solutions.
Texas A&M University leveraged quantum mechanics to investigate how external pressure impacts the performance of…
Texas A&M University leveraged quantum mechanics to investigate how external pressure impacts the performance of lithium-metal batteries.
Recent battery research holds promise for solid-state and higher-quality rechargeable batteries.
Recent battery research holds promise for solid-state and higher-quality rechargeable batteries.
A battery materials startup unveiled anode technology to reduce the cost of lithium-ion batteries while maintaining…
A battery materials startup unveiled anode technology to reduce the cost of lithium-ion batteries while maintaining electric vehicle range.
Volkswagen is backing a Chinese EV startup to introduce sodium-ion batteries. This article examines how sodium-ion…
Volkswagen is backing a Chinese EV startup to introduce sodium-ion batteries. This article examines how sodium-ion batteries work and reviews the…
A lithium metal battery design from Harvard University promises significant advancements for electric vehicle charging.
A lithium metal battery design from Harvard University promises significant advancements for electric vehicle charging.
A research team at Cornell University is developing faster-charging battery chemistries to combat electric vehicle range anxiety.
A research team at Cornell University is developing faster-charging battery chemistries to combat electric vehicle range anxiety.
A research team believes it has found a more sustainable alternative to the cobalt used in electric vehicle batteries.
A research team believes it has found a more sustainable alternative to the cobalt used in electric vehicle batteries.
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