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drive machine
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This paper introduces a generalized theory for the operation of mixed pole machines (MPMs). The MPM has two stator windings, namely the main winding with pole pairs P1 and the control winding with pole pairs P2. The MPM has shown promise in the field of adjustable speed drives for large machines and in the field of wind energy electrical generation.
moein936860 1 0
1
electrical machin
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P2. The MPM has shown promise in the field of adjustable speed drives for large machines and in the field of wind energy electrical generation. The operation of MPM relies on the interaction between the two fields produced by the two stator windings through the intermediate action of a specially designed rotor (nested-cage or reluctance rotor). The machine theory is described from a physical aspect rather than mathematical derivations.
moein936860 1 0
1
synchronous machine
no vote
% M file for Project 1 on induction motor drive % with closed loop speed control in Chapter 9 % It sets the machine parameters and also plots the simulated % results when used in conjunction with s1c.m clear all % clear workspace % Parameters of 20 hp machine p20hp
moein936860 0 0
1
synchronous machine
no vote
n % transient model in Chapter 10. % m1.m is to be used in conjunction with the % SIMULINK file s1eig.m % m1.m does the following: % (a) loads parameters and rating of the synchronous machine; % (b) set up Pgen and Qgen lists for tasks (i) thru (iv) % (i) uses Simulink trim function to determine % steady-state of a desired operating point of the % Simulink system in s1eig.m; % (ii) uses Matlab linmod to determine A,B,C, and D; % (iii) uses Matlab ss2tf to determine % the speed-torque transfer function % (iv) uses Matlab tf2zp to det
moein936860 1 0
1
synchronous machine
no vote
hi n % transient model in Chapter 10. % m1.m is to be used in conjunction with the % SIMULINK file s1eig.m % m1.m does the following: % (a) loads parameters and rating of the synchronous machine; % (b) set up Pgen and Qgen lists for tasks (i) thru (iv) % (i) uses Simulink trim function to determine % steady-state of a desired operating point of the % Simulink system in s1eig.m; % (ii) uses Matlab linmod to determine A,B,C, and D; % (iii) uses Matlab ss2tf to determine % the speed-torque transfer function % (iv) uses Matlab
moein936860 0 0
1
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