DESIGN OF ANN AND ANFIS CONTROLLER BASED  UPFC EMBEDDED WITH THREE LEVEL CASCADED H BRIDGE INVERTER WITH SPWM TECHNIQUE FOR FAST RESTORATION OF POWER FOLLOWING SEVERE TRANSIENT CONDITIONS ON TRANSMISSION LINES

T.JaganMohanRaju

DESIGN OF ANN AND ANFIS CONTROLLER BASED UPFC EMBEDDED WITH THREE LEVEL CASCADED H BRIDGE INVERTER WITH SPWM TECHNIQUE FOR FAST RESTORATION OF POWER FOLLOWING SEVERE TRANSIENT CONDITIONS ON TRANSMISSION LINES

Authors: T.JaganMohanRaju

Unique Paper ID: 167522
Volume: 9
Issue: 3
PageNo: 935-940

Keywords: AC Transmission FACTS UPFC IEEE-5 BUS System Shunt Line Faults Power Flow Control Cascaded H Bridge (CHB) Inverters SPWM PI Controller FUZZY LOGIC Controllers Rise Time Settling Time.

Abstract:
Performance improvement of UPFC with reference to the transient stability and Dynamic stability enhancement incorporating Fuzzy Logic controller in place of proportional integral controller is analysed. The UPFC is embedded with a 3 level cascaded H Bridge inverter. The Response time taken by UPFC with fuzzy controller is very less. Cascaded H Bridge Inverters offer high level of Voltage Support , Low Switching Stress and Good Modularity. The system response to the Reference commands or the correction commands is very faster when compared to PI controller based UPFC. This aspect is shown by calculating the times like settling time in all the four cases of faults like LG, LL, LLG, LLL and also even when the loads are changed from normal to highly Inductive and highly capacity.the UPFC help the Power System Network to Restore normalcy in a less time. UPSC is connected to the IEEE 5 bus system between the buses 3 and 4 for checking its capabilities. The improvement in the performance of UPFC with fuzzy based controller over conventional PI controller is depicted in the end result. Simulations results prove that a FUZZY LOGIC Controller Based UPFC has a better performance rate then a PI Controller based UPFC. The Simulations are carried using MATLAB Software.

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Cite This Article

ISSN: 2349-6002
Volume: 9
Issue: 3
PageNo: 935-940

DESIGN OF ANN AND ANFIS CONTROLLER BASED UPFC EMBEDDED WITH THREE LEVEL CASCADED H BRIDGE INVERTER WITH SPWM TECHNIQUE FOR FAST RESTORATION OF POWER FOLLOWING SEVERE TRANSIENT CONDITIONS ON TRANSMISSION LINES

Available:https://ijirt.org/Article?manuscript=167522

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UGC Approved
Journal no 47859

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