As power systems evolve by integrating renewable energy sources, distributed generation,
and electric vehicles, the complexity of managing these systems increases. With the …

Wind farms can contribute to ancillary services to the power system, by advancing and
adopting new control techniques in existing, and also in new, wind turbine generator …

Nowadays, utilities aim to find methods for improving the reliability of distribution systems
and satisfying the customers by providing the continuity of power supply. Different …

Stochastic nature of load demand has a great impact on the performance of electrical power
system. As a result, planning of electrical power system considering load uncertainties …

This paper proposes a methodology for optimal allocation of multi-period-based switchable
capacitor in radial distribution systems to minimize the energy loss and improve the voltage …

Data clustering incorporated in Monte Carlo Simulation (MCS) proves efficient in
Probabilistic Load Flow (PLF) of the power grids under uncertainty of renewable energy …

This article proposes a method based on data clustering for the optimal placement and
sizing of wind farms (WFs) in radial distribution systems considering the wind uncertainty …

This paper presents an alternative solution for the power-flow analysis of power systems
with distributed generation provided by heterogeneous sources. The proposed simulation …

This article investigates a clustering‐based approach to simultaneously seek the optimal
allocation of wind farm (WF) and shunt capacitor (SC) in distribution systems. The stochastic …

Clustering approaches are one of the probabilistic load flow (PLF) methods in distribution
networks that can be used to obtain output random variables, with much less computation …