ENHANCING ACTIVE RADIAL DISTRIBUTION NETWORKS BY OPTIMAL SIZING AND PLACEMENT OF DG UNITS USING MODIFIED EVOLUTIONARY ALGORITHM
Mohamed Abdelbadea Abdelghany Hassan;
Abstract
Summary:
In this thesis, two approaches are compared to get the optimal size and location of distributed generation units in radial distribution networks. The first approach is a single objective formulation which has the lowest power losses and makes an enhancement in the system voltage profile formulation with a voltage constraint of ±5%. The second one is a multi-objective formulation, concentrates on minimizing power losses and also minimizing the voltage deviation, a weighted sum method is presented to create Pareto front and also to get the best compromise solution.
In this thesis, two approaches are compared to get the optimal size and location of distributed generation units in radial distribution networks. The first approach is a single objective formulation which has the lowest power losses and makes an enhancement in the system voltage profile formulation with a voltage constraint of ±5%. The second one is a multi-objective formulation, concentrates on minimizing power losses and also minimizing the voltage deviation, a weighted sum method is presented to create Pareto front and also to get the best compromise solution.
Other data
| Title | ENHANCING ACTIVE RADIAL DISTRIBUTION NETWORKS BY OPTIMAL SIZING AND PLACEMENT OF DG UNITS USING MODIFIED EVOLUTIONARY ALGORITHM | Other Titles | تحديد السعة والمكان الامثل لوحدات التوليد الموزع في الشبكات الشعاعية باستخدام خوارزمية تطويرية معدلة | Authors | Mohamed Abdelbadea Abdelghany Hassan | Issue Date | 2019 |
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