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A previously unrecognised level of innovation in novel electric traction Drive technology is being made possible by the electrification of road transportation. Advanced vehicle propulsion systems rely heavily on vehicle electric traction drives, which comprise electric traction motors and power electronics.
The development of the next generation of lightweight, ultra efficient machines is being driven by the difficulties traction motor design must overcome in order to reach extremely strict power densities and conversion efficiencies. These electric traction drive technologies also need to offer commercially viable car solutions in order to gain market share.
The traction motor, which is frequently combined with an inverter and related power electronics to generate propulsion, is the most important element of the EV value and supply chain after batteries. It can be used in single, dual, triple, or even at-each-wheel arrangements.
The Austria EV Traction Motor Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
Exro Technologies Inc. is proud to announce that it is collaborating with Traktionssysteme Austria (“TSA”) to develop improved commercial vehicles by integrating their traction motor systems with Exro’s Coil Driver technology.
Exro Technologies Inc. is a leading technology company that has created a new class of power electronics for electric motors and powertrains.
Although there is no business relationship here, the combination of the TSA’s well-established traction systems with Exro’s Coil Driver is significant. It will facilitate the expansion of existing markets and hasten the development of quicker, more intelligent, and more potent commercial electric cars.
The GVM310, the newest addition to the series of electric motors, is a strong option for both on- and off-road vehicles and was designed with traction and electro-hydraulic pumps in mind. When compared to induction technologies, the GVM310 offers extremely high efficiency that is on par with PMAC designs.
