Abstract: In this research paper frequency deviation mitigate analysis on Renewable Energy Power System for constant load in MATLAB Simulation for autonomous system. The results of Renewable Energy Power System are analyzed in frequency-domain and also analyzed the changes in generated supply Power. In proposed system included five Wind Turbine Generators (WTGS), Fuel Generator (FG) and Energy Storage System (ESS). The nature of output power of wind turbine generator is mostly non-linear and this deviation effect on the frequency of the all system and also depends on the sudden change in total generation power , to solve this problem considering renewable energy power system with PID controller with proper control gain. By using PID controller the frequency deviation of the system is alleviated. A simulation approach based on mathematical modelling of Wind Turbine Generator (WTGS), Fuel Generator (FG) and Energy Storage System (ESS) the system observed in various cases in many operating points and different-different conditions, such as variable (non-linear) wind speed and load disturbances. It can be concluded from all MATLAB simulation results that the power deviation of the system is alleviated.
Keywords: Wind Turbine Generator (WTGs), Fuel Generator (FG), Energy Storage System (ESS), System Stability, MATLAB simulation, and Frequency Deviation.
Title: Frequency Deviation Mitigate For Renewable Energy Power System for Constant Load in MATLAB Simulation
Author: Pooja Joshi, Mahesh Lokhande
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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