Electromagnetics

Equipmake Puts Its ‘Space Motor’ on the Market 

British electrification specialist Equipmake, expanding from its founder’s roots in designing Formula 1 race cars, has launched an ultra-lightweight, power-dense electric motor designed for demanding aerospace and marine applications. Debuted at the Future Propulsion Conference held in Solihull, UK in March, the HPM-400 is an advanced high power, short duration motor that was original specified as a high-performance rocket fuel pump for Australian company, Gilmour Space Technologies, for use in its Eris rocket program. […]

e-Power Technology

Elaphe Applies Its In-Wheel Propulsion Systems to Growing Roster of EV Platforms 

Slovenian in-wheel propulsion developer Elaphe, a designer of innovative electromagnetic topologies for pushing the limits of power density, is working on several projects designed to bring new levels of performance to the EV market. A major project involves its joint venture with power electronics specialist McLaren Applied targeting automotive applications, other are its work to develop a 350-watt gearless hub motor for electric scooters and manufacturing its systems for solar EV company, Aptera. […]

e-Power Technology

Stellantis Plans $155 Million Investment in 3 Indiana Plants to Support North American Electrification Goals 

Stellantis announced today from its headquarters in Amsterdam that it will invest a total of $155 million in three Kokomo, Indiana, plants to produce new electric drive modules that will help power future electric vehicles assembled in North America and support the goal of 50% battery electric sales in the U.S. by 2030.  […]

Electromagnetics

When EMC is of Vital Importance

Electromagnetic compatibility (EMC) is not only mandatory in medical technology. If wireless communication between medical applications gets disrupted, it can have serious consequences for the patient. SCHURTER works together with developers in the medical industry to develop applications that comply with the strictest EMC standards. […]