Online and Offline Rotary Regression Analysis of Torque Estimator for Switched Reluctance Motor Drives

Direct Torque Control of Switched Reluctance Motor Drives

Digital Control of Switched Reluctance Motor Drives

drives are designed to increase product performance and system efficiency. One such motor type which can benefit from digital control is the switched reluctance (SR) motor. The SR motor brings advantages in both cost and reliability over other types of adjustable speed drives. These include its simple mechanical construction, high efficiency and high power density. On the other hand, large torq...

A Rotary-Linear Switched Reluctance Motor for Advanced Industrial Applications

In the paper a switched reluctance rotary-linear motor is proposed. It is mechanically robust, simple to construct and easy to operate also in hostile working environment. The stator has a modular design compound of three correctly shifted usual 16 poles SRM stators. The rotor is constructed of several common 12 poles SRM rotor stacks. The motor is able to ensure both rotating and linear moveme...

Offline and Online Modelling of Switched Reluctance Motor Based on Rbf Neural Networks

Due to the highly nonlinearity of the flux-linkage characteristics of Switched Reluctance Motor drives (SRM), accurately modelling is cumbersome. In this paper, the offlinetrained and the online-trained Radial Basis function (RBF) neural network model are proposed for estimating the SRM flux-linkage under running conditions. To investigate the performance of the modelling schemes, the simulatio...

Conventional Controller Design for Switched Reluctance Motor Drives

This paper proposed a proportional Integral Controller for Switched Reluctance Motor Drive.PI controller is one of the conventional controller .The basic sensorless operation of the Switched Reluctance Motor Drive is usually tested by this conventional controller under steady state condition. The parameter speed of the drive is controlled and analysed with the help of this controller without an...