This paper presents an energy efficiency analysis of a 37 kW standard squirrel-cage induction motor under sinusoidal and non-sinusoidal supply. The motor losses are analyzed using the conventional IEC loss segregation method and also numerically modeled using finite element simulations. The measured and simulated loss components are compared with three different modulation methods. The overall simulated losses are in good agreement with the measured ones, but there exist differences in the loss components.Peer reviewe
This paper presents the results of an investigation into the impact of pulse width modulation (PWM) ...
The paper examines factors and parameters that affect the additional losses produced in the rotor ca...
In all type of industries Electric motors are used as main Electrical loads .It consumes more electr...
This paper presents an energy efficiency analysis of a 37-kW standard squirrel-cage induction motor ...
This paper presents an energy efficiency analysis of a 37 kW standard squirrel-cage induction motor ...
In order to improve the efficiency, we should know the loss characteristics of inverter-fed inductio...
This paper shows the pattern of a 7.5 kW squirrel-cage induction motor’s electrical loss in balanced...
This paper presents an investigation into the losses in a three-phase induction motor under differen...
Recently higher efficiency is strongly desired for the three-phase squirrel-cage induction motor (IM...
This paper presents the results of experimental and simulation investigations of the breakdown of lo...
In the article two control characteristics U = f(P) for the loss minimizing in an induction squirrel...
Abstract—Detailed power loss distribution in induction ma-chines is assessed using time-stepped fini...
This paper summarizes the technical approach of losses resolution in the Induction Motor (IM) suppli...
A complete analysis of induction-motor losses increasing due to the inverter supply is made. The stu...
In this paper, the effects of the sinusoidal supply voltage amplitude on the stray-load losses in sm...
This paper presents the results of an investigation into the impact of pulse width modulation (PWM) ...
The paper examines factors and parameters that affect the additional losses produced in the rotor ca...
In all type of industries Electric motors are used as main Electrical loads .It consumes more electr...
This paper presents an energy efficiency analysis of a 37-kW standard squirrel-cage induction motor ...
This paper presents an energy efficiency analysis of a 37 kW standard squirrel-cage induction motor ...
In order to improve the efficiency, we should know the loss characteristics of inverter-fed inductio...
This paper shows the pattern of a 7.5 kW squirrel-cage induction motor’s electrical loss in balanced...
This paper presents an investigation into the losses in a three-phase induction motor under differen...
Recently higher efficiency is strongly desired for the three-phase squirrel-cage induction motor (IM...
This paper presents the results of experimental and simulation investigations of the breakdown of lo...
In the article two control characteristics U = f(P) for the loss minimizing in an induction squirrel...
Abstract—Detailed power loss distribution in induction ma-chines is assessed using time-stepped fini...
This paper summarizes the technical approach of losses resolution in the Induction Motor (IM) suppli...
A complete analysis of induction-motor losses increasing due to the inverter supply is made. The stu...
In this paper, the effects of the sinusoidal supply voltage amplitude on the stray-load losses in sm...
This paper presents the results of an investigation into the impact of pulse width modulation (PWM) ...
The paper examines factors and parameters that affect the additional losses produced in the rotor ca...
In all type of industries Electric motors are used as main Electrical loads .It consumes more electr...