Modern power system is moving towards a smart and competitive grid, with competing
generating companies, power retailers, and strategically behaving consumers playing a …

Microgrids assisted by renewable energy resources are complex man made systems of
various interconnected components. A number of real life scenarios relating to resource …

Power system monitoring is the most fundamental prerequisite for making reasonable
decisions in a control center. In recent years, with the advent of smart grids, monitoring and …

Reactive power optimization problem has a substantial inspiration on secure and economic
operation of power system. In this work we utilized Hybridized Tabu Search-Simulated …

In this paper, a chance-constrained system of systems (SoS) based decision-making
approach is presented for stochastic scheduling of power systems encompassing active …

Innovative power electronic devices such as distribution-interline power flow controller (D-
IPFC) can be utilized to improve the operating performance of power distribution systems. In …

Industrial load takes a big portion of the total electricity demand. Skilled probabilistic
industrial load forecasts allow for optimally exploiting energy resources, managing the …

This paper presents a numerical-based algorithm to solve the probabilistic power flow
problem. Parzen window density estimator is used to efficiently estimate probabilistic …

It has recently been shown that using battery storage systems (BSSs) to provide reactive
power provision in a medium-voltage (MV) active distribution network (ADN) with embedded …

In the recent years, modern wind farms (WF) are being increasingly integrated in the power
systems. Thanks to the capability curve of doubly-fed induction generator (DFIG) wind …