The deep-decarbonization of local energy systems is vital to achieving our climate protection
obligations. To that effect, the existence of energy modeling and simulation tools that provide …

Flexibility is one of the most important solutions for facilitating the variability of renewable
energy sources (RESs) in a distribution network. It is predicted that electric vehicles (EVs) …

Electric spring (ES) as a breakthrough in power electronics has led to a revolution in
demand-side management. This paper presents flexible power management (FPM) of a …

In this paper, smart charging strategies incorporating a unified grid-to-vehicle and vehicle-to-
grid charging framework are proposed for optimal integration of plug-in electric vehicles …

High electric vehicles (EVs) penetration is expected to increase smart grid solicitation
especially with various EV charging demands. As result, the EV charging process at the …

The Stochastic nature of wind power can cause insufficiency of supply in electrical systems.
Applying an energy storage system can alleviate the impact of wind power forecast error on …

This paper presents the coordinated energy hubs energy management in different networks
based on the cooperation of hubs in day-ahead (DA) markets. The proposed model …

This paper presents a robust framework for active and reactive power management in
distribution networks using electric vehicles (EVs). The method simultaneously minimizes …

This paper expresses economic flexible–securable operation (EFSO) in smart distribution
networks (SDNs), including distributed generation and storage systems to produce green …

This article presents a novel strategy for congestion management in a distribution system,
which occurs due to the uncoordinated charging of plug-in electric vehicles (PEVs). The …