The current flowing through the resistance of the conductor also dissipates energy as heat in the material. Evaluation of hysteresis loss and eddy - current loss in induction motor stator cores using the excitation inner core method. However, there are some uses of this eddy current like in . Permanent magnet motors are useful in various high-end applications, but they come with design limitations.
One example is their sensitivity to high temperatures, which can result from heat losses generated by currents — specifically, eddy currents.
There are two types of Losses in an Electrical Machine.

They are Core Loss or Iron Loss Ohmic Loss or Copper Loss In this post we will discuss about Core Loss.
Motors and Generators with MagNet. When dealing with high speed applications, the eddy current losses will often cause deterioration of their magnetic properties and potentially risk thermal . We have validated the model by finite-element analysis, and used it to investigate the eddy - current loss in the magnets of three surface-mounted magnet brushless motors that have similar slot and pole numbers, and employ identical rotors but different stators, when they are operated in brushless ac (BLAC) and dc (BLDC) .




