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Study Of Transient Stability For Ieee 14 Bus Power System

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STUDY OF TRANSIENT STABILITY FOR IEEE 14 BUS POWER SYSTEM CONNECTED WITH WIND POWER PLANT

Course: Advanced Power System (06-88-590-68) – 2, Summer-2015,
University of Windsor,
Electrical & Computer Department, Group – F, Deep Patel, 104319648 patel184@uwindsor.ca Abstract— The wind energy is the fastest growing renewable energy resource. The increasing wind power generation requires a careful evaluation of the transient stability of the grid. The impact of wind power penetration on the transient stability of a standard IEEE 14 bus system studied. Transient stability under three phase fault is investigated via simulation using PSAT on a MATLAB platform. Some part of the conventional generation of the standard system is replaced with DFIG based wind power generation and the system is analyzed for fault at different locations. Study shows that the system becomes vulnerable to instability with the addition of wind power generation.

Keywords—Double fed Induction Generator (DFIG), Wind Turbine, Vector Control, d-q axis.

I. PROJECT CONTRIBUTION:
Deep Patel,104319648:
Literature survey about the stability and Doubly Fed Induction Generator and brief explanation on transient stability with MATLAB with PSAT simulation. Dhruvkumar Patel,104339718:
Designing of test system and explain the Result by simulation using MATLAB with PSAT toolbox, which is used for analyze the system.

Neel Patel,103499310:
Analyze and brief explanation of about Doubly Fed Induction Generator
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