Integrated energy systems (IESs) have attracted wide attention as effective frameworks to develop efficient use of resources. Proactive preparedness is a sensible approach for integrated distribution networks (IDNs) propitiously cope with high-impact rare (HR) events. In this paper, resilient-constrained two-stage expansion planning methodology proposed the aim simultaneously optimal IDNs and r...

The high penetration of distributed generation in energy systems causes the variation power loss and makes grid become more complicated, so this paper takes various types optimal algorithms into account simulates feeder reconfiguration on IEEE-33 system as well Taiwan system. simulation verifies linear population size reduction successful history-based adaptive differential evolution (L-SHADE) ...

Reactive power optimization in distribution systems is investigated in this paper. The objective of this paper is to determine the proper setting values and placing of capacitor banks. A novel Fuzzy Iterative Learning Control (FILC) approach is proposed in this paper. The reactive power is controlled by shunt capacitor banks. The problem formulation considers two distinct objectives related to ...

this paper presents an application of benders decomposition to deal with the complexities in the simultaneous generation expansion planning (gep) and transmission expansion planning (tep). unlike the power system operation fields of study, the power system planning methods are not expected to be fast. however, it is always preferable to speed up computations to provide more analysis options for...

In this paper, static and expansion planning of electric power distribution networks were studied using a novel Particle Swarm Optimization (PSO) algorithm under load uncertainty is presented. This paper consists of two sections. At first by using a novel PSO algorithm, static and mono objective planning was solved for electric distribution network. This work involves both network topology and ...

The next generation of power systems faces significant challenges, both in coping with increased loading of an aging infrastructure and incorporating renewable energy sources. Meeting these challenges requires a fundamental change in the operation of power systems by replacing human-in-theloop operations with autonomous systems. This is especially acute in distribution systems, where renewable ...