Reimagining the production of cathode active materials (CAM) can help make regional battery manufacturing both technically feasible and financially…
Reimagining the production of cathode active materials (CAM) can help make regional battery manufacturing both technically feasible and financially…
Scientists boosted lithium-carbon dioxide batteries’ performance and life cycle, showing promise for use on Mars and Earth.
Scientists boosted lithium-carbon dioxide batteries’ performance and life cycle, showing promise for use on Mars and Earth.
Advanced cathodes, solid-state batteries, and battery recycling technologies are addressing needs for performance and efficiency.
Advanced cathodes, solid-state batteries, and battery recycling technologies are addressing needs for performance and efficiency.
The findings aim to prolong battery lifespan to support the rise of battery-driven products and electric vehicles.
The findings aim to prolong battery lifespan to support the rise of battery-driven products and electric vehicles.
Nanomaterials for anodes could make aqueous seawater batteries a better alternative to lithium-ion in renewable energy…
Nanomaterials for anodes could make aqueous seawater batteries a better alternative to lithium-ion in renewable energy storage systems.
Researchers broke down BYD’s LFP Blade battery and Tesla’s cylindrical cells. This comprehensive comparison of the…
Researchers broke down BYD’s LFP Blade battery and Tesla’s cylindrical cells. This comprehensive comparison of the industry’s two leading…
Addressing cathode degradation causes could make next-gen electric vehicle batteries more stable and longer lasting.
Addressing cathode degradation causes could make next-gen electric vehicle batteries more stable and longer lasting.
From lithium-sulfur materials to scrapped factory expansions, this roundup covers the latest in energy storage.
From lithium-sulfur materials to scrapped factory expansions, this roundup covers the latest in energy storage.
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.
Startup Coreshell Technologies has outpaced Tesla’s efforts to integrate metallurgical silicon into electric battery anodes.
Startup Coreshell Technologies has outpaced Tesla’s efforts to integrate metallurgical silicon into electric battery anodes.
Could silicon anodes increase electric vehicle range?
Could silicon anodes increase electric vehicle range?
Festo's VTEP for dry-room electrode production could improve electric vehicle battery performance.
Festo's VTEP for dry-room electrode production could improve electric vehicle battery performance.
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.
Integrals Power’s battery chemistry delivers significant gains in energy density
Integrals Power’s battery chemistry delivers significant gains in energy density
CATL’s Freevoy Super Hybrid Battery offers a 400 km electric range and 4C superfast charging.
CATL’s Freevoy Super Hybrid Battery offers a 400 km electric range and 4C superfast charging.
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?
LG Chem’s Safety Reinforcement Layer can shut down the battery before thermal runaway begins.
LG Chem’s Safety Reinforcement Layer can shut down the battery before thermal runaway begins.
Battery technology improvements focus on increasing energy density, performance, and efficiency.
Battery technology improvements focus on increasing energy density, performance, and efficiency.
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