An axial flux electric motor from Yasa set a new unofficial power density record. The working prototype weighs just 28 pounds but makes more power than two Tesla Model 3 Performance EVs combined. The ...

Three months after declaring an unofficial world record achievement in power density for an electric motor, YASA’s latest axial flux prototype has shattered that previous benchmark. The axial flux ...

For decades, fuel cell innovation has been guided by two main benchmarks: cost per kilowatt and stack durability. These remain important, especially in applications driven almost entirely by project ...

Hunter Bennett does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond ...

YASA is on a tear to demonstrate its technical prowess in flat, compact axial flux motor technology. As we've seen repeatedly in the past, good things happen when the British e-machine specialist sets ...

What if you could transform raw data into a sleek, interactive dashboard in just 10 minutes? It might sound ambitious, but with the right tools and guidance, it’s entirely possible. Imagine walking ...

Why outer space systems need high power density. Why power-generation systems in outer space are important. Generating electricity at nighttime using renewable resources has become extremely important ...

Higher power density is one of the keys to more competitive products that are able to deliver more, and better, features at a given competitive price point. Designers know many tricks-of-the-trade and ...

In a nutshell: For more than half a century, the relentless progress of Moore's Law has driven engineers to double the number of transistors on a chip approximately every two years, fueling ...

Decarbonizing heavy mobility is a challenge that presents significant opportunities for hydrogen fuel cell powertrains. These systems offer the necessary power, range and durability essential for ...

Developed at the U. S. Ames National Laboratory, the novel magnetocaloric heat pump utilizes gadolinium as the working medium and reportedly matches current vapor-compression heat pumps for weight, ...