Inside the battery, layers of carbon fiber and lithium iron phosphate-coated aluminum are separated by a thin glass fiber fabric. A solid structural electrolyte holds everything together, transferring ...

But what if the frame of the car could hold energy? “Due to their multifunctionality, structural battery composites are often ...

An international team of researchers has found a way to extend the lifespan of lithium-ion (Li-ion) batteries by suppressing ...

Structural batteries, which function as both a power source and a load-bearing material, have seen a major breakthrough in ...

So you’ve been tasked to design the monitor circuitry for a new battery-based power system. What strategies will you employ to optimize the design for cost and manufacturability? The initial ...

Battery technology keeps improving as electric vehicles are produced in large quantities. CALB, a Chinese battery manufacturer, claims its "U-type" battery structure offers higher energy density and ...

BOLDair is a specialized solution that addresses the distinct energy storage needs of electric and hybrid propulsion systems used in aircraft. It boasts a body that is constructed entirely out of ...

Materials science ain’t easy. And it’s especially difficult when it comes to the batteries that power our smart home, wearable, and mobile devices; more specifically, lithium-ion (Li-ion) batteries.

Battery cell layout can reduce risk, but it cannot compensate for deeper engineering and integration failures.

Laser-based technologies have played their part in the refinement of lithium-ion batteries and enhancement of battery performance, such as the use of lasers to cut the electrodes used in the ...