China controls over 80% of critical materials used in batteries essential for United States defense technologies, a new ...

Charge 0–80% in 10 minutes and unlock 400+ miles with Group14’s silicon-carbon SCC55® anode. End EV range anxiety and drive ...

Researchers have proposed a reconfiguration of zinc anodes, a component of renewable energy sources, to help improve the battery and reduce the reliance society has on fossil fuels. The potential ...

Metallic Zn anodes suffer from hydrogen evolution and dendritic deposition in aqueous electrolytes, resulting in low ...

In the new study, they pair the zinc anode with a nickel cathode to run recharging tests. In a couple of standard performance evaluations—drawing the battery down to about 60 percent charge, ...

The researchers made new anodes from the flash-recycled graphite and tested them in Li-ion batteries. The anode retained 77% of its energy capacity after 400 recharge cycles.

Silicon anodes can store 10 times the amount of lithium ions that graphite can and they take up a lot less space. That means more efficient batteries that last longer.