A new type of low voltage circuit breaker with permanent magnet (PM) actuator is proposed. The magnetic field is computed using finite element method (FEM) to find out the relationship among the flux linkage, displacement and different currents and these information are stored in a look-up table. The control model, which is built in Matlab, is connected with the Adams model via input and output interfaces. The transient co-simulation is used to study the making process. Experiments are carried out on a prototype to validate the proposed method.Department of Electrical Engineerin
This paper presents the initial stage of a 3D finite element (FE) model of the electromagnetic field...
The calculation results for a linear oscillating actuator have been presented. The actuator is desig...
Modeling and Simulation of Low Voltage Arcs is an attempt to improve the physical understanding, mat...
Abstract – In the present paper, a new type of electrical actuator, an electromagnetic force driving...
Abstract — In this paper, a new type of switchgear, electro magnetic force driving actuator (EMFA), ...
Comparison of two approaches for the simulation of the dynamic behaviour of a permanent magnet linea...
The aim of this thesis is to simulate the action of electrodynamic forces on current carrying path a...
The circuit breakers play a important role in control and protect the power systemand the vacuum cir...
This work includes the theory of circuit breaker construction and is focused mainly on overload func...
Aim of the thesis is to explain the issue of forces acting in circuit breaker caused by magnetic fie...
This master’s thesis deals with the calculation of electrodynamic forces breaker BD250NE305. Main ta...
In this paper, a novel limited swing angle torque permanent magnet motor (LSATPMM) is proposed, and ...
This paper reports a thorough investigation into the magnetic field of an ac permanent-magnet contac...
Abstract: A simple magnetic circuit consisting of ferromagnetic core material, air gap, permanent ma...
Traditional vacuum circuit breaker (CB) equipped with a bistable permanent-magnet (PM) actuator suff...
This paper presents the initial stage of a 3D finite element (FE) model of the electromagnetic field...
The calculation results for a linear oscillating actuator have been presented. The actuator is desig...
Modeling and Simulation of Low Voltage Arcs is an attempt to improve the physical understanding, mat...
Abstract – In the present paper, a new type of electrical actuator, an electromagnetic force driving...
Abstract — In this paper, a new type of switchgear, electro magnetic force driving actuator (EMFA), ...
Comparison of two approaches for the simulation of the dynamic behaviour of a permanent magnet linea...
The aim of this thesis is to simulate the action of electrodynamic forces on current carrying path a...
The circuit breakers play a important role in control and protect the power systemand the vacuum cir...
This work includes the theory of circuit breaker construction and is focused mainly on overload func...
Aim of the thesis is to explain the issue of forces acting in circuit breaker caused by magnetic fie...
This master’s thesis deals with the calculation of electrodynamic forces breaker BD250NE305. Main ta...
In this paper, a novel limited swing angle torque permanent magnet motor (LSATPMM) is proposed, and ...
This paper reports a thorough investigation into the magnetic field of an ac permanent-magnet contac...
Abstract: A simple magnetic circuit consisting of ferromagnetic core material, air gap, permanent ma...
Traditional vacuum circuit breaker (CB) equipped with a bistable permanent-magnet (PM) actuator suff...
This paper presents the initial stage of a 3D finite element (FE) model of the electromagnetic field...
The calculation results for a linear oscillating actuator have been presented. The actuator is desig...
Modeling and Simulation of Low Voltage Arcs is an attempt to improve the physical understanding, mat...