Induction Machines

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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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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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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Detection of Broken Rotor Bar in Squirrel-Cage Induction Machines Using Stator Zero-Components
In this paper a method for the broken rotor bar fault detection of induction squirrel cage machines is presented. This method is based …
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Dynamics of Electrical Machines
The book deals with electrical machines, both direct and alternating, and the bulk of the material deals with methods of calculation …
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Criteria for Determining Induction Motor Stability in Cases of Decreased Supply Voltage Frequency
By introducing normalized variables, the number of coefficients in the linearized mathematical model of an asynchronous machine was …
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