Stray-Load Losses

Model Predictive Current Control of an Induction Motor Considering Iron Core Losses and Saturation
The paper considers the model predictive current control (MPCC) of an induction motor (IM) drive and evaluates five IM models of …
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Sensorless Maximum Power Control of a Stand- Alone Squirrel-Cage Induction Generator Driven by a Variable-Speed Wind Turbine
For the cost-effectiveness of variable-speed wind energy conversion systems (WECSs), it is extremely important to extract the maximum …
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Compensation of Stray Load and Iron Losses in Small Vector-Controlled Induction Generators
Standard vector controllers for induction machines (IMs) are based on the conventional IM model. Consequently, they are unaware of the …
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Detuning Induced by Stray Load and Iron Losses in Small Vector-Controlled Induction Motors
Detuning in vector-controlled induction motor (IM) drives is characterized by a misalignment between the actual and reference flux …
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Dynamic Model of a Self-Excited Induction Generator With Fundamental Stray Load And Iron Losses
This paper considers a dynamic model of a self- excited induction generator (SEIG) that takes into account the fundamental stray load …
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Small-Size Induction Machine Equivalent Circuit Including Variable Stray Load and Iron Losses
The paper presents the equivalent circuit of an induction machine (IM) model which includes fundamental stray load and iron losses. The …
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Stray Load and Iron Losses in Small Induction Machines under Variable Operating Frequency and Flux: A Simple Estimation Method
In this paper, an engineering approach to estimation of the fundamental stray load and iron losses in small induction machines (IMs) is …
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Wind Turbine-Driven Self-Excited Induction Generator: A Novel Dynamic Model Including Stray Load and Iron Losses
In this paper, a novel dynamic model of a self- excited induction generator (SEIG) is presented. In the proposed model, the fundamental …
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