A PROPOSED ECONOMICAL BASED APPROACH FOR OPTIMAL SIZING AND PLACEMENT OF DISTRIBUTED GENERATION

Zenhom Mohamed Zenhom Kotb;

Abstract


Summary:

In this thesis, a new approach for optimal allocation of distributed generation for reducing the Simple Payback Period (SPBP) is presented. Distributed Generation (DG) is a small capacity generating units connected to the distribution network close to the consumers. It can provide a promising future for power generation in electric networks. In recent years, the demand for distributed generation into the electrical networks is rapidly increasing. Connecting DG units into the distribution networks can offer environmental, economic and technical advantages. Those advantages can be optimized if the DG unit site and size is properly determined. The goal of this thesis is to provide a complete study of the impact of connecting DG units in the distribution networks on power loss based on economical point of view. Genetic Algorithm (GA) is presented to solve the optimal DG allocation problem in the distribution system. The Proposed solution methodology has been tested on IEEE 33 standard bus system using MATLAB software.


Other data

Title A PROPOSED ECONOMICAL BASED APPROACH FOR OPTIMAL SIZING AND PLACEMENT OF DISTRIBUTED GENERATION
Other Titles طريقة مقترحة مبنية علي أسس اقتصادية لتحديد السعة والمكان الأمثل لوحدات التوليد الموزعة
Authors Zenhom Mohamed Zenhom Kotb
Issue Date 2019

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