19-05-2012, 11:59 AM
PERFORMANCE ANALYSIS OF LCL-T RESONANT CONVERTER WITH FUZZY/PID CONTROLLER USING STATE SPACE ANALYSIS
ABSTRACT
A closed loop series parallel resonant converter with LCL-T configuration has been simulated and presented in this paper. The fuzzy/PID controller has been used for closed loop operation and the performance of proposed converter has been estimated with the closed loop and the open loop condition.
The mathematical model using state space approach has been developed and simulated using MATLAB. The performance of the converter has been found to be better when the fuzzy controller has been considered.
The Harmonic Spectrum and steady state error for various load condition have been obtained to validate the role of controllers. The proposed approach is expected to provide better voltage regulation for dynamic load conditions.
ABSTRACT
A closed loop series parallel resonant converter with LCL-T configuration has been simulated and presented in this paper. The fuzzy/PID controller has been used for closed loop operation and the performance of proposed converter has been estimated with the closed loop and the open loop condition.
The mathematical model using state space approach has been developed and simulated using MATLAB. The performance of the converter has been found to be better when the fuzzy controller has been considered.
The Harmonic Spectrum and steady state error for various load condition have been obtained to validate the role of controllers. The proposed approach is expected to provide better voltage regulation for dynamic load conditions.