Impact of Various Load Models for Combined Assignment of DG Source and D-STATCOM Device in the Radial Distribution System

Authors

  • B. C. Sujatha Electrical and Electronics Engineering, BMSCE, Karnataka, India
  • A. Usha Electrical and Electronics Engineering, BMSCE, Karnataka, India
  • R. S. Geetha Electrical and Electronics Engineering, BMSCE, Karnataka, India
  • E. Poornima Power System Engineer, Karnataka, India

DOI:

https://doi.org/10.13052/dgaej2156-3306.3844

Keywords:

Distribute generators (DG), distributed static compensators (D-STATCOM), particle swarm optimization (PSO), load model, load variation

Abstract

This research work is concentrated on swarm-based intelligence Particle Swarm Optimization algorithm for combined assignment of D-STATCOM device and Distributed Generation source in a radial distribution structure. This work intends to diminish total real power loss, total cost and voltage magnitude profile enhancement for different circumstances. Generally Constant Power load design analysis is carried out for a distribution scheme. However, it is observed that load models remarkably impact the optimum sizing and positioning of DG source and D-STATCOM device. In this paper, work has been carried out for constant power load, polynomial load, and load growth model under various load factor conditions from light load factor (0.6) to heavy load factor (1.6) for power system planning. The sizing and positioning of D-STATOM device and DG source are considered based on loss sensitivity factor computation and PSO algorithmic rule. The planned scheme is investigated on IEEE 69 node and IEEE 33 node radial distribution structures. Further, the simulated results obtained by this algorithm is compared with other available techniques.

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Author Biographies

B. C. Sujatha, Electrical and Electronics Engineering, BMSCE, Karnataka, India

B. C. Sujatha Associate Professor, Department of Electrical Engineering, U.V.C.E, Bangalore University, India currently pursuing Doctoral programme at B.M.S.C.E, VTU, India. She received B.E in Electrical Engineering and M.E in Power System Engineering from U.V.C.E, Bangalore University. Her research area includes Power system planning, Power quality, FACTS.

A. Usha, Electrical and Electronics Engineering, BMSCE, Karnataka, India

A. Usha has an experience of 30 years and currently working as Professor in the Department of Electrical and Electronics Engineering, B.M.S.C.E, Bangalore, India. She received B.E degree in Instrumentation Technology from Mysore University, India, and, M.E in Power Electronics from Bangalore University and Ph.D. in Smart Sensors and Nanotechnology. She has guided more than 36 M.Tech projects and presently guiding five research scholars in various domains. Also, her research interests include smart sensors, Power Electronics and Micro grid. Dr. Usha published various papers in reputed International journals, IEEE International Conferences and filed patents.

R. S. Geetha, Electrical and Electronics Engineering, BMSCE, Karnataka, India

R. S. Geetha received Ph.D. in Voltage Source Converter based D.C. systems and B.E. in Electrical Engineering, M.E.in Power Electronics from B.M.S.C.E., Bangalore University, India. She is working as a Professor in the Department of Electrical and Electronics Engineering, B.M.S.C.E., Bangalore, India. Her research area includes HVDC and FACTS controller, Power Electronics, Renewable Energy Systems.

E. Poornima, Power System Engineer, Karnataka, India

E. Poornima received her M. Tech in Power Systems Engineering, from U.V.C.E, Bangalore University. Her current research interests are Smart Grid, Power system planning, and Electric vehicles.

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Published

2023-05-18

How to Cite

Sujatha, B. C. ., Usha, A. ., Geetha, R. S. ., & Poornima, E. . (2023). Impact of Various Load Models for Combined Assignment of DG Source and D-STATCOM Device in the Radial Distribution System. Distributed Generation &Amp; Alternative Energy Journal, 38(04), 1149–1176. https://doi.org/10.13052/dgaej2156-3306.3844

Issue

2023: Vol 38 Iss 4

Section

Articles