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FERRSTRON POWERTRAINS

FERRSTRON POWERTRAINSFERRSTRON POWERTRAINSFERRSTRON POWERTRAINS

CORE OF electric propulsion and power generation

CORE OF electric propulsion and power generationCORE OF electric propulsion and power generationCORE OF electric propulsion and power generation

INNOVATION FOUNDATION ON PHYSICS

Rare earth magnets have significantly higher magnetic strength and coercivity in comparison to ferrite magnets. Ferrstron overcame this challenge with more than 7 years of extensive R&D. Ferrstron developed a proprietary Electromagnetic Physics Simulation capability. Through hundreds of simulations and multiple physical prototypes, innovation emerged in five categories - geometry, placement, winding, architecture and algorithm. 

Ferrstron's compact 400 Nm 150 kW motor with 98% efficiency.

Ferrstron's compact 400 Nm 150 kW motor with 98% efficiency.

five core innovations

Geometry

Reduces the exposure of armature reaction from the coil

Placement

Enhances the operating point of the magnet

Winding

 Creates more armature reaction and reduces temperature with in-coil cooling

Architecture

 Reduces the impact of flux causing demagnetization 

Algorithm

Manages magnet internal operating point through multi-phase electromagnetic flux control


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