Abstract—We propose a new approach to model electrical machines based on energy considerations and construction sym-metries of the motor. We detail the approach on the Permanent-Magnet Synchronous Motor and show that it can be extended to Synchronous Reluctance Motor and Induction Motor. Thanks to this approach we recover the usual models without any tedious computation. We also consider effects due to non-sinusoidal windings or saturation and provide experimental data. I
An interior-permanent-magnet motor is modeled by a combined analytical-numerical approach, in which ...
This chapter surveys the bond graph modeling of rotary electric machinery. The discussion includes t...
Physically derived mathematical models of motors are frequently used to simulate system performance....
International audienceWe propose a new approach to modeling electrical machines based on energy cons...
Writing the differential equations of an asynchronous electric motor on the basis of a generalized e...
Since 20 centuries 80’s, with the development of alternating current machine, power electronic and c...
In this paper, an innovative model structuration is proposed to describe scaled Permanent Magnet Syn...
Energy methods are widely used and well understood for determining the torque or force in machines w...
The design of robust power systems entails extensive use of computer simulations, increasing the dem...
One of the current trends at present is the development of small energy, which is a particularly urg...
An interior permanent-magnet (PM) motor is modeled by a combined analytical-numerical approach, in w...
The paper shows how to obtain the dynamic models of electrical machines by using a modeling techniqu...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
The induction machine is used in a wide variety of applications as a means of converting electrical ...
A modelling methodology is proposed to study PM synchronous motor for electric drives. A non-linear ...
An interior-permanent-magnet motor is modeled by a combined analytical-numerical approach, in which ...
This chapter surveys the bond graph modeling of rotary electric machinery. The discussion includes t...
Physically derived mathematical models of motors are frequently used to simulate system performance....
International audienceWe propose a new approach to modeling electrical machines based on energy cons...
Writing the differential equations of an asynchronous electric motor on the basis of a generalized e...
Since 20 centuries 80’s, with the development of alternating current machine, power electronic and c...
In this paper, an innovative model structuration is proposed to describe scaled Permanent Magnet Syn...
Energy methods are widely used and well understood for determining the torque or force in machines w...
The design of robust power systems entails extensive use of computer simulations, increasing the dem...
One of the current trends at present is the development of small energy, which is a particularly urg...
An interior permanent-magnet (PM) motor is modeled by a combined analytical-numerical approach, in w...
The paper shows how to obtain the dynamic models of electrical machines by using a modeling techniqu...
A versatile numerical model for the simulation of dynamic operations of electric machines and drives...
The induction machine is used in a wide variety of applications as a means of converting electrical ...
A modelling methodology is proposed to study PM synchronous motor for electric drives. A non-linear ...
An interior-permanent-magnet motor is modeled by a combined analytical-numerical approach, in which ...
This chapter surveys the bond graph modeling of rotary electric machinery. The discussion includes t...
Physically derived mathematical models of motors are frequently used to simulate system performance....