Analysis reveals improved efficiency and reduced voltage instability from optimal placement of distributed generators in a distribution system.
To address the challenges of power loss and voltage instability in power grids, a novel solution is proposed. This solution uses a real objectives particle swarm optimization (PSO) technique to find the best size and location for distributed generators (DGs). This ensures that the grid operates efficiently and within its limits. The method's validity is proven by its successful application in the real distribution system part from Hebron city grid, showcasing improved performance.
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Fouad Zaro (2025) studied this question.
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