Performance Evaluation of DG Interconnected Radial Distribution System

Authors

  • Gaurav Chauhan, Sakshi Bangia

Keywords:

DG units, Loss Sensitivity analysis,distribution system, optimal placement and size of DG

Abstract

The distribution system has become very complex entity due to increase in power system utilities, so it is very difficult task to improve the voltage profile and to maintain the quality of power of such complex system. Distribution generation (DG) can play major role to enhance the power quality of the system and also improves the reliability of the system. DGs act as an active distribution system and form the link between high voltage transmission line and low voltage utility. This helps in reducing the active power loss of the system. This paper presents optimizing techniques for DG model in terms of operating point, size and location to minimize the active power loss of overall system. For the proposed objective functions the variation in power loss can be observed with respect to DG current injection. The load characteristics have been taken into consideration to develop the proposed techniques and the system has been treated as constant current model. The proposed system has been simulated and verified by MATLAB software for RDS (radial distribution system).

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References

P Chiradeja, R Ramakumar, 2004. “An Approach to Quantify the Technical Benefits of Distributed Generation”. IEEE Transactions on Energy Conversion.; 19(4): 764–773.

W Caisheng, M H Nehrir 2005. “Analytical Approaches for Optimal Placement of Distributed Generation Sources in Power Systems”. IEEE Power Engineering Society General Meeting; ISSN: 1932 – 5517.

K M Jagtap, D K Khatod, 2015, “Allocation of distribution network losses with different types of distributed

generation”, Annual IEEE India Conference (INDICON),; 2325-9418.

T-H Chen, M-S Wang, N-CHE Yang 2007, “Impact of Distributed Generation on Voltage regulation by ULTC Transformer using various existing methods”, Proceedings of the 7th WSEAS International Conference on Power Systems,; sept,15-17.

CLT Borges, DM Falcao 2003. “Impact of Distributed Generation Allocation and Sizing on Reliability, Losses, and Voltage Profile”. IEEE Bologna Power Tech Conference Proceedings. Bologna.; 2.

Siti et. Al. 2010, “Implementation of DG for loss minimization and voltage profile in distribution system”, 4th

International Power Engineering and Optimization Conference (PEOCO).

Yogesh P. Patel; Ashvin G. Patel 2012, “Placement of DG in Distribution System for loss reduction”, IEEE Fifth Power India Conference-12.

J Mutale, G Strbac, N Jenkins, S Curcic, 2010. “Allocation of Losses in Distribution Systems with Embedded Generation”. IEE Proceedings of Generation, Transmission and Distribution; 147; 1: 7–14.

R Jahani, H C Nejad, A S Malekshah, 2011. “Applying a new advanced intelligent algorithm for optimal distributed generation location and sizing in radial distribution systems”. Australian Journal of Basic and Applied Sciences; 5(5): 642-649.

A Augugliaro, S Favuzza, L Dusonchet, , 2004. “Voltage Regulation and Power Losses Minimization in Distribution Networks by an Evolutionary Multiobjective Approach”. IEEE Transactions on Power Systems; 19(3); 1516–1527.

J J Jamian, M W Mustafa, H Mokhlis, M A Baharudin 2012. “A New Particle Swarm Optimization Technique in Optimizing Size of Distributed Generation”. International Journal of Electrical and Computer Engineering (IJECE); 2(1): 137-146.

A Sadighmanesh, K Zare, M Sabahi 2012. “Distributed Generation unit and Capacitor Placement for Loss Voltage profile and ATC Optimization”. International Journal of Electrical and Computer Engineering (IJECE); 2(6): 774- 780

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Published

26.03.2024

How to Cite

Gaurav Chauhan. (2024). Performance Evaluation of DG Interconnected Radial Distribution System. International Journal of Intelligent Systems and Applications in Engineering, 12(21s), 2120–2126. Retrieved from https://ijisae.org/index.php/IJISAE/article/view/5804

Issue

Vol. 12 No. 21s (2024)

Section

Research Article

License

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