In this paper, a simplified control scheme is introduced for permanent magnet synchronous
motors (PMSMs). The control strategy consists of a direct voltage controller that capitalizes …

This paper introduces an alternative pathway to designing an efficient interior permanent
magnet machine (IPMM) for direct-drive (DD) wind energy applications. It analyzes the …

The split ratio of an interior rotor permanent-magnet machine, which relates the rotor
diameter to the total motor diameter, can be optimized with the goal of generating maximum …

Most of the high-power, low-speed, direct-driven permanent magnet synchronous
generators for wind energy applications apply a cooling solution where the stator core is …

Eddy current brakes having advantages such as contactless operation offer an alternative to
conventional friction-based brakes. The flux source in an eddy current brake can be …

In this paper, a maximum torque per ampere (MTPA) control strategy is presented for interior
permanent magnet synchronous machines (IPMSMs) without current sensing or regulation …

The objective of this paper is to present the design equations of the conventional double‐
sided axial‐flux slotless brushless DC machine (BLDC) and the new one with the …

A maximum torque per ampere (MTPA) based speed control approach without explicit
current regulation is laid out in this paper for permanent magnet synchronous machines …

A method for measurement of frequency dependent electromagnetic core loss of a
permanent magnet generator is presented. Core loss of a PM generator is measured at …

Surface permanent magnet machines (SPM) are widely used as traction machines in the
electrical vehicles due to their high power density and high efficiency. In view of the driving …