Efficiency Silicon Carbide (SiC) Solutions as Electric Vehicle Adoption Surges, Fueling Innovation and Growth Opportunities Globally Silicon Carbide (SiC) for Wireless EV Charging Market Silicon ...

Called DIPS, it enables cross-compatibility between hardware from different suppliers It also helps set the stage for wireless bidirectional charging Charge ports, connectors, and cables may soon no ...

Someday soon, plug-in cars may no longer need a plug. Electric car drivers would simply pull into a specialized parking space when it’s time to power up, wait for a light on their dashboard to switch ...

Wireless charging has stuck around, despite the fact that, compared to its wired counterpart, it’s slower, less efficient and there’s the chance that you might incorrectly place your phone (or other ...

View post: Amazon Has a DeWalt Tool Box for Just $18 Ford’s “Roadway Charging Coil Alignment and Monitoring” patent relates to inductive charging for EVs. Unlike most systems we’ve seen to date, ...

Wireless, or inductive, EV charging works by using magnetic resonance and a charging pad to generate a power-transmitting field. When a coil in a receiver under the car aligns with a coil in the ...

eLeapPower introduced an integrated inverter solution specifically for the Class 4-6 commercial vehicle market that takes separate onboard charger and inverter systems and combines them into a single ...

This is a significant step for ElectReon on the way to commercializing its technology, the company becomes the first company in the field of dynamic wireless charging ...

If you’ve cut the cord for your smartphone with a charging pad for the bedside table and one in the car—and, if you’re lucky—wireless CarPlay or Android Auto—you likely get the idea of what a ...

Someday soon, plug-in cars may no longer need a plug. Electric car drivers would simply pull into a specialized parking space when it’s time to power up, wait for a light on their dashboard to switch ...