Path Finder Optimization Algorithm Tuned 3DOFPID Controller for Frequency Stabilization in Wind Integrated Realistic Power System with HVDC line

Naga Sai Kalyan Challapalli, P Srihari, K Nagalingachary, A.V. Ravi Kumar, Abdul Imran, B Srikanth Goud, M Kiran Kumar

Abstract


In this paper, a novel controller is suggested for the stabilization of the frequency of wind integrated realistic power system (WIRPS) during load uncertainties. 3-degree-of-freedom PID (3DOFPID) based on the pathfinder optimization algorithm (PFOA) is proposed in this paper. Initially, the performance of PFOA tuned 3DOFPID is tested on a widely implemented model of dual area hydro-thermal power system (DAHTPS) for 10% step load perturbation in area-1. Later, the suggested controller performance is analyzed on WIRPS for 10%SLP on area-1. Investigation of WIRPS is carried out by considering and omitting the non-linearity constraint of communication time delays (CTDs). The efficacy of the presented controller efficacy is showcased with the other control techniques.  Moreover, the impact of CTDs on WIRPS is demonstrated and a further high voltage DC (HVDC) line is laid with the WIRPS for performance enhancement. The robustness of the presented strategy is established finally with the robustness test.       

Keywords


3DOFPID controller; Path finder optimization algorithm; 10%SLP; CTDs; HVDC line.

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References


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DOI (PDF): https://doi.org/10.20508/ijrer.v13i1.13302.g8676

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