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Development of Firefly Algorithm Based Method for Distributed Generation Planning in an Unbalanced Three-phase Distribution Network using Voltage Stability Index

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– Development of Firefly Algorithm Based Method for Distributed Generation Planning in an Unbalanced Three-phase Distribution Network using Voltage Stability Index –

Download Development of Firefly Algorithm Based Method for Distributed Generation Planning in an Unbalanced Three-phase Distribution Network using Voltage Stability Index. Electrical Electronics Engineering students who are writing their projects can get this material to aid their research work.

Abstract

This research work presents the development of the Firefly algorithm (FA) and the application of voltage stability index (VSI) for optimal planning of Distribution Generation (DG) in an unbalanced three-phase distribution network.

The VSI was used to find the DG location while the FA was used for the DG sizing. The developed method was implemented on a standard IEEE 37-bus Radial distribution network test system and a local 19-bus Mahuta feeder.

The results obtained from the IEEE 37-bus were validated by comparing with similar work. For the standard IEEE 37-bus unbalanced radial distribution network (URDN), the total power loss obtained is 31.3543 kW and 15.2829 kVAr for active and reactive power respectively without DG in the network.

Introduction

The electric power system majorly includes a generating plant, a transmission system, and a distribution network (Subramanyam et al., 2015).

Modern power systems are evolving from centralized bulk systems, with generation plants connected to the transmission network, to more decentralized systems, with smaller generating units connected directly to distribution networks close to the demand site.

The distribution network is mainly a passive network where the flow of both real and reactive power is unidirectional (Satish & Navuri, 2012).

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