The development of a new motor design comes with a wide range of engineering challenges. The behavior of the motor must be researched and modeled to obtain a qualitative and manufacturable product design.
June
The development of a new motor design comes with a wide range of engineering challenges. The behavior of the motor must be researched and modeled to obtain a qualitative and manufacturable product design.
Topics: axial flux, ansys
April
Magnax is participating in the Electric & Hybrid Vehicle Technology Expo Europe 2019 in Stuttgart.
Feel free to welcome us at our stand G104.
Topics: electric vehicles, exhibition
February
Recently we read an interesting paragraph on the InsideEVs Blog. They compare the significant difference in range between the Jaguar I-Pace and the Tesla Model 3.
Topics: axial flux, Tesla Model 3
July
Since 2000, we have witnessed an evolution in the direction of motors and generators fitted with permanent magnets in the rotor (usually referred to as Permanent Magnet Synchronous Machines PMSM). In any motor, interaction of the magnetic fields of the rotor and the stator create the rotational force that drives the machine.
Topics: Motor Technologies, supply chain
July
Technology startups such as Magnax claim that electric motors and generators based on axial flux technology will be a step change in efficiency, size, reliability and cost-effectiveness versus the current generation of direct drive machines (based on Radial Flux).
Topics: Motor Technologies, axial flux
January
Magnax has released a white paper about the new generation of electric machines: axial flux machines. The paper gives a more detailed overview how the axial flux technology was developed, the benefits versus the more "traditional" motor- and generator technologies and its applications in the field.
Topics: whitepaper, axial flux
