Silicon waste from discarded solar cells is transformed into durable battery anodes through interface engineering, enabling ...

Interestingly, the new material improved the battery performance by lasting over 1,500 cycles. If adopted, it could enhance ...

A new material design combines phase separation and lithium bonding to create ionogels that are both strong and self-healing, ...

One of the greatest challenges facing electric motorcycles right now is that they’re limited by today’s battery chemistry. A ...

What happens when the hardware behind Australia’s renewables revolution reaches the end of its life and becomes waste?

From an operational perspective, modern maintenance and non-destructive testing are necessary catalysts to prevent corrosion ...

Google Pixel 7 and Pixel 7 Pro users are reporting battery swelling on each phone. Google says multiple different factors may ...

The dispersion issues of SP conductive carbon black manifest in several ways. Due to its large specific surface area, if not ...

The dispersal issue of SP conductive carbon black is primarily manifested in several aspects. Due to the large specific ...

As tariffs push copper costs higher, one startup thinks additive manufacturing could free batteries from the metal altogether ...

Researchers at UW–Madison have come up with a proof of concept for using electrochemistry to extract lithium from spent ...

Despite lithium-ion batteries powering 70 percent of rechargeable devices, issues with environmentally damaging extraction and China's control over supply chains are pushing for alternatives.