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VOL. 2, ISSUE 4 (2017)
Performance analysis of self excited induction generator using fuzzy technique with variable terminal conditions
Authors
Er Ashish Sharma, Dr. Raja Singh Khela
Abstract
In this work steady state analysis of Self Excited Induction Generator (SEIG) is carried out using fuzzy technique to determine the saturated magnetizing reactance and generated frequency. Attempt is made to outline rules in Fuzzy Logic (FL) tool box of MATLAB so that analysis of any SEIG which is generally used for wind power generation. Fuzzy rules are used that avoid long mathematical computations to determine the value of saturated magnetizing reactance and generated frequency. These parameters of self-excited induction generator are determined by varying the speed, load and capacitance in steps. Analytical methods used require large mathematical computations as it involves complex equations and long mathematical calculations. Moreover, it is time consuming and there are chances of errors during computational efforts. The findings obtained from fuzzy logic are compared with the analytical method and found to be in good agreement.
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Pages:229-233
How to cite this article:
Er Ashish Sharma, Dr. Raja Singh Khela "Performance analysis of self excited induction generator using fuzzy technique with variable terminal conditions". International Journal of Advanced Research and Development, Vol 2, Issue 4, 2017, Pages 229-233
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