Introduction  Technology has advanced quickly in recent years and so have charging solutions. Gone are the days of cumbersome cords and limited mobility; instead we now have wireless chargers to make ...

Wireless power transmission is becoming a key player in energy delivery as electric vehicles and IoT devices grow, offering ...

The study on wireless power transfer highlights ferrite integration in coil designs, which improves EV charging efficiency ...

A test track is being built on the A6 motorway in southeastern Germany to allow electric cars to be charged inductively while ...

Wireless power banks are changing the way ... A powerful magnetic connection ensures steadfast 15W inductive charging, alongside rapid 20W wired charging via the USB-C PD port.

Researchers create a flexible ultrasonic device enabling wireless charging underwater and inside the human body.

A research team from KIST and Korea University has developed a biocompatible ultrasonic receiver. As demand grows for ...

The rise of ultra-fast chargers with capacities exceeding 350 kW, widespread adoption of wireless/inductive charging, and universal charging standards will ensure seamless EV adoption across ...

However, one major hurdle remains: efficient and convenient charging. While wireless power transfer (WPT) has gained traction, most systems rely on inductive charging, which requires bulky ferrite ...

Please stop. Your wireless phone chargers don’t work, and the expense of adding them to your vehicles when they don’t work is not appreciated. Especially in this time when everything costs extra. If ...

Someday, you might be able to charge a Tesla without cables. Or eat out at a Supercharger. Tesla's latest Investor Day bonanza was a snoozer, with CEO Elon Musk notably demur, his words measured.

Rolls-Royce co-founder Charles Rolls predicted an electric future for motor cars‭. ‬He said‭, ‬“The electric car is perfectly ...