Hybrid Energy Management and Control Strategy through UPFC with PID and FLC

Research areas:

• Volume 11,Issue 6,May 2023

Year:

2023

Type of Publication:

Article

Keywords:

Solar, Wind, Battery, Fuel cell, UPFC, PID, FLC, PSO

Authors:

Mrs. Bhumika Mittal; Dr. Deena Lodwal Yadav

Journal:

IJAIM

Volume:

11

Number:

6

Pages:

97-119

Month:

May

ISSN:

2320-5121

Abstract:

Due to resource and environmental limits, energy generation and transmission have had to rise brutally in recent years, despite a sharp growth in demand for electric power. Power system stability became a limiting problem in electric power due to many transmission lines being heavily loaded. Although to maintain the electrical grid's stability and safety, and the power quality of the system is very important issue for commercial, industrial, and housing uses through the renewable sources, thus it’s not a straight forward assignment. The FACTs equipment is used to control power and lessen oscillations. This research describes how to use the PID-C and MATLAB Simulink parameters that design the best proportional integral controllers to take use of the modified particle swarm optimisation (PSO) technique to better stabilise MPPT with UPFC. The UPFC studies power system failures by simulating the actual power system conditions, so by using the upfc improves the power quality as renewable sources can’t provide the stable, flexible power to load. The suggested PSO technically enhances the system’s accuracy and PID controller lessens undershoot and overshoot in transitions as compared to existing methods. The findings imply that this technique considerably improved the transient stability of the simulation model.

Full text: IJAIM_669_FINAL.pdf