Abstract
This paper addresses the impact of load
modeling in particular induction motor. The
pape... more Abstract This paper addresses the impact of load modeling in particular induction motor. The paper proposes a methodology that is based on advanced modeling capabilities, represented by dynamic modeling of induction motor. The objective is to analyze the dynamic characteristics of loads. The paper describes the modeling approach using d-q analysis of induction motor. Key words: load modeling, d-q transformation, induction motor, torque, flux, speed
Abstract
This paper addresses the impact of load
modeling in particular induction motor. The
pape... more Abstract This paper addresses the impact of load modeling in particular induction motor. The paper proposes a methodology that is based on advanced modeling capabilities, represented by dynamic modeling of induction motor. The objective is to analyze the dynamic characteristics of loads. The paper describes the modeling approach using d-q analysis of induction motor. Key words: load modeling, d-q transformation, induction motor, torque, flux, speed
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This paper addresses the impact of load
modeling in particular induction motor. The
paper proposes a methodology that is based on
advanced modeling capabilities, represented by
dynamic modeling of induction motor. The
objective is to analyze the dynamic
characteristics of loads. The paper describes the
modeling approach using d-q analysis of
induction motor.
Key words: load modeling, d-q transformation,
induction motor, torque, flux, speed
This paper addresses the impact of load
modeling in particular induction motor. The
paper proposes a methodology that is based on
advanced modeling capabilities, represented by
dynamic modeling of induction motor. The
objective is to analyze the dynamic
characteristics of loads. The paper describes the
modeling approach using d-q analysis of
induction motor.
Key words: load modeling, d-q transformation,
induction motor, torque, flux, speed