Call For Paper Volume:7 Issue:8 Aug'2020 |

ADAPTIVE NONLINEAR SLIDING MODE CONTROL METHOD BASED OPTIMIZATION OF SOLAR AND WIND POWER GRID CONNECTED SYSTEM

Publication Date : 26/07/2020


DOI : 10.21884/IJMTER.2020.7042.KXNI8

Author(s) :

Anitha A , Dhrmalingam .


Volume/Issue :
Volume 7
,
Issue 7
(07 - 2020)



Abstract :

This work deals with Optimization in a combined power system with Solar cell subsystem, Wind turbine driven induction generator sub system and Diesel Generator set these sub-systems used in tandem and with battery backup can ensure continuous power supply. Solar cells will have the limitation of power generation during day time only while the wind turbine driven IG to a local community will have fluctuations in power generation due to variation in wind velocity. The combination could provide continuous power supply to consumers living in remote localities like villages in hill tops where grid supply may not exist. Electric power generation through wind turbine driven Induction Generators requires reactive current for the machine excitation. In case of non-availability of grid supply, Permanent Magnet Synchronous Generator is the alternative and hence incorporated in the present research work. The power electronic scheme proposed herein involves a novel choice of power source inverter for obtaining a constant voltage and constant frequency AC power supply for utility / commercial applications. An embedded controller is employed to produce firing pulses for power converters in a way that the combined output from the Induction Generator, Solar Cell system and diesel generator set.


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ADAPTIVE NONLINEAR SLIDING MODE CONTROL METHOD BASED OPTIMIZATION OF SOLAR AND WIND POWER GRID CONNECTED SYSTEM

July 1, 2020