Hydro power generation is the oldest generation and provides the largest contribution
among the renewable energy types of generation. In distribution system, most of the …

The focus of this paper is to develop a distributed control algorithm that will regulate the
power output of multiple photovoltaic generators (PVs) in a distribution network. To this end …

Distributed generation (DG) units are increasing their popularity around the world.
Considering the low inertia constant of DGs, the transient stability of them in the network is …

This paper proposes a multi-objective evolutionary algorithm method for Distribution feeder
reconfiguration (DFR) with distributed generators (DG) in a practical system. Considering the …

This paper shows how the power quality can be improved in a microgrid that is supplying a
nonlinear and unbalanced load. The microgrid contains a hybrid combination of inertial and …

The use of renewable energy sources has increased year‐on‐year. Thus, there is an
increasing rate of small generating units connected directly to distribution networks and …

In this paper, a comprehensive protection strategy is proposed for insuring dependable and
secure operation of an islanded microgrid system. This is implemented using …

This article presents a formal study of the transient stabilization problem, including a stability
proof. A decentralized nonlinear robust control scheme for multimachine electrical power …

A decentralized sliding mode stabilizing excitation controller for multimachine Electric Power
Systems (EPS) is designed. The block control approach is used in order to derive a …

Smart Grid–Grid 2.0, is a promising grid scenario due to its low cost, high reliability, and high
security. However, the high-intensity complex task interaction and the differentiated Quality …