Latest Battery Technology Articles

Over two dozen companies will develop a U.S. supply chain for critical battery inputs.

Over two dozen companies will develop a U.S. supply chain for critical battery inputs.

The nuclear battery is 8,000 times more efficient than previous versions.

The nuclear battery is 8,000 times more efficient than previous versions.

Sunamp has created a novel method to store excess power as heat.

Sunamp has created a novel method to store excess power as heat.

Battery manufacturers expand capacity to support electric vehicles, energy storage, and industrial applications.

Battery manufacturers expand capacity to support electric vehicles, energy storage, and industrial applications.

What’s new in battery technology, energy storage, and electric vehicles? EEPower visited The Battery Show to find out.

What’s new in battery technology, energy storage, and electric vehicles? EEPower visited The Battery Show to find out.

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.

A green hydrogen facility—the largest in the U.S.—will supply emissions-free hydrogen fuel for long-haul trucks.

A green hydrogen facility—the largest in the U.S.—will supply emissions-free hydrogen fuel for long-haul trucks.

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. 

Dr. Goodenough received a Nobel Prize at the age of 97 for his contributions to making the Lithium-ion battery a reality.

Dr. Goodenough received a Nobel Prize at the age of 97 for his contributions to making the Lithium-ion battery a reality.

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?

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.

Sienza Energy’s proprietary 3D nanostructure enhances the safety of electrical vehicle batteries.

Sienza Energy’s proprietary 3D nanostructure enhances the safety of electrical vehicle batteries.

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.

The recycling method uses microwaves and a biodegradable solvent to recover lithium from used batteries.

The recycling method uses microwaves and a biodegradable solvent to recover lithium from used batteries.

Epsilor’s military-grade battery system is robust enough for demanding field applications.

Epsilor’s military-grade battery system is robust enough for demanding field applications.