Modeling and Simulink of SMES AND BAFLPID BASED CONTROLLER SYSTEM DESIGN INTO MICROGRIDS
Implementation Plan:
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Step 1: Initially, we designed the Simulink model of Wind Energy System with SMES.
Step 2: Next, we Implement the SMES system using Simulink blocks, including the three-phase transformer, PWM converter, DC-DC chopper, and SMES coil.
Step 3: Next, We Model Buck-Boost converter using Simulink blocks and Implement the MPPT Control algorithm.
Step 4: Next, we Connect the output of the DC/AC converter to the microgrid system.
Step 5: Next, we model the BAFLPID controller and Implement the Brownian Archimedes Optimization (BAO) Algorithm to optimize controller parameters.
Step 6: Then we Simulate the model and Display Model performance in Simulink.
Step 7: Finally, The performance of this research is evaluated in terms of following metrics,
7.1) Total Power Vs Time
7.2) Irradiance Vs Time
7.3) Wind Power Vs Time
7.4) Load Power Vs Time
7.5) Battery Power Vs Time
Software Requirement:
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1. Tool: Matlab R2020a\Simulink or Above Version
2. OS: Windows 10 – (64bit)
Notes:
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1) If the above plan does not satisfy your requirement, please provide the processing details, like the above step-by-step.
We perform the EXISTING process based on the Genetic algorithm-based power control strategies of a grid integrated hybrid distributed generation system.
