Induction Motor Control With Small DC Link Capacitor Inverter Fed By Three Phase Diode Rectifier

K S Manimala, D Srinivas Rao


This venture enhances the unwavering quality and power thickness of three stage variable speed drives by controlling presents a little film capacitor inverter based acceptance engine control . A hearty half and half engine controller is created to counteract execution corruption caused by the electrolytic capacitor-less inverter sustained by front-end diode rectifiers. The structure of the controller consolidates a model-based controller (MBC) and a hexagon voltage controlling controller (HVC). The MBC decides the order yield voltage with the convergence of the torque and rotor flux linkage charge. In the HVC mode, the order voltage vector is resolved just by the torque charge and the hexagon-formed inverter voltage limit. Fruitful utilization of the control approach is substantiated by a graphical and diagnostic implies that actually prompt a solitary voltage choice run the show. This paper additionally looks at the operation affectability under engine parameter floats to decide how to decouple its impact utilizing a voltage unsettling influence state-channel plan. This venture enhances the yield voltage and smoothening wave shapes by utilizing fluffy controller than PI controller. The outcomes checked through MATLAB/SIMULINK condition.


SeHwan Kim, Student Member, IEEE, and Jul-Ki Seok, Senior Member, IEEE” Induction Motor Control With a Small DC-Link Capacitor Inverter Fed by Three-Phase Diode Front-end Rectifiers” IEEE TRANSACTIONS ON POWER ELECTRONICS, VOL. 30, NO. 5, MAY 2015

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