e-Power Technology

Ontario Emerging as Technology Center for Next-Gen e-Power 

Radiating from brainpower of the Automotive Excellence Centre at McMaster University, startup motor developer Enedym in collaboration with industrial neighbors Toyota Tsusho, a manufacturer of industrial trucks, and JFE Shohi Power Canada, a manufacturer of transformer cores and electrical steel products, are transforming their locale in Hamilton, Ontario, Canada into a center for next generation e-power technology. The place has roots. More than a hundred years ago, George Westinghouse and Nikola Tesla hung out there. […]

e-Power Technology

EV Power & Propulsion Systems Deliver Maximum Electrification Properties With Components Containing Magnetic Metals’ Tape Wound Toroidal & Cut Cores 

Magnetic Metals’ tape wound toroidal & cut cores deliver the essential magnetic properties and efficiencies required for:  Transformers that power EV Charging Stations,  Transformers that control & monitor AC induction & DC motor performance  Power […]

e-Power Technology

BMW Transforms to Electric Drive Technology via Massive Investment in New Plant & Equipment 

Automaker BMW is racing to align its production sites around the world to accommodate new electric drive designs as it transforms to an electric vehicle powerhouse. The movement is all-encompassing – involving new vehicle and permanent-magnet powertrain designs instead of internal combustion power, leading to massive investments in new plant and equipment. […]

e-Power Technology

Polyphase Wireless Transfer for EV Charging Reaches New Levels at ORNL 

Using polyphase electromagnetic coupling coils with rotating magnetic fields to boost the power, researchers at the U.S. Department of Energy’s Oak Ridge National Laboratory have demonstrated breakthrough performance for wireless charging of electric vehicles. A recent series of prototype demonstrations have established the effectiveness of the technology, which ORNL is seeking to license to manufacturers. More research is focused on developing even higher power levels suitable for larger vehicles, getting the system to mass production-level readiness and exploring more applications. […]