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Due to the benefits of distributed generation (DG), in particular wind DG on a power system, researches on its optimal allocation increased. However, most of these studies failed to incorporate the stochastic nature of wind which could lead to an erroneous result for not considering uncertainties. To address these uncertainties, different wind DG models are used. This paper compares how optimal allocation...
With the optimization of solar distributed generation (DG), different methods and models are implemented for system improvement. However, the stochastic nature and intermittency of solar power is often neglected. This paper presents an approach in finding the optimal site and size of a solar DG unit in the context of minimizing power loss and improving voltage profile. Uncertainties of the solar irradiance...
This paper presents a three-phase power flow analysis using backward-forward sweep with voltage-dependent load models in an unbalanced radial distribution system. The developed program is tested and compared with Radial Distribution Analysis Package (RDAP) using IEEE 37-bus test system for validation and use in succeeding case studies. The addition of voltage-dependent load models is simulated to...
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