SIMULINK BASED MODELING, ANALYSIS AND SIMULATION OF SELF EXCITED INDUCTION GENERATOR FOR USE IN REMOTE AREAS

In remote location/ far off areas where transmission cost is very high, harnessing of electrical energy from local resources are very much in use. In this paper modeling, analysis and simulation of Self Excited induction generator at variable loads with Electronic Load Controller is discussed. The modeling and simulation has been done in simpowersystem block set of MATLAB/ SIMULINK environment. The power in surplus of the consumer load is dumped in a resistance through an ELC. The excess power dumped in resistance can be used for heating purposes.

Keywords:

— Self Excited induction generator, MATLAB/ SIMULINK, Simpowersystem, Electronic Load Controller Capacitor , Consumer Loads .,

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Mohd. Tariq was born in Mau (A district in Eastern U.P. in India) in 19 He completed his formal education from Allahabad before joining Aligarh Muslim University in 2007 for B.Tech in Electrical
Engineering. He qualified GATE2011 with 99.7 percentile.
He completed M.Tech (Machine Drives & Power Electronics) from Indian Institute of Technology Kharagpur, India in May 2013. He has published various research papers in international journals. He has also presented/attended in many International conferences held in Singapore, UAE, KSA etc. His research interests include renewable energy, power electronics & electric drives.
Mr. Tariq is member of many International societies and the Founder & Ex-Chairman of IEEE Student Branch in Aligarh Muslim University (AMU), Aligarh India. He received his ME in control & Instrumentation from College of Engineering Guindy, Anna University in 2012 as
GATE scholar. His work exposure includes Gun control systems, Electrical Motor drives, Special Electrical Machines like BLDC and Switched Reluctance Machine, Electric Power Steering and Automotive electronics systems. His current area of interest is realization of different controllers. He has presented various papers in National conferences.