A constant or voltage-dependent load model is usually assumed in most distributed
generation (DG) planning studies. However, this paper proposes several different types of …

In this paper, we present a comprehensive and innovative framework for optimizing planning
in power distribution systems. Firstly, we introduce various types of planning involved in …

Abstract Renewable energy-based Distributed Generation (DG) is the most imperative part
of modern power system and offers many potential benefits. To attain maximum benefits …

Load growth in a system is a natural phenomenon. With the increase in load demand,
system power loss and voltage drop increases. Distributed generators (DGs) are one of the …

This study relies on a dynamic reliability-based model for distributed energy resources
(DER) planning in electric energy distribution networks (EEDN) with the aim of maximizing …

This paper presents a model for use in the problem of composite generation and
transmission expansion planning considering distributed generation. Generation expansion …

Solar cell modeling and optimal estimation of their associated parameters is a key point to
improve performance of PV solar system. Recently, different numerical, analytical and hybrid …

In the most studies related to allocation of distributed generation the load model assumed in
constant. Such assumptions may lead to inconsistent and misleading results in the reduction …

This paper is concerned with optimal control of grid-connected solid oxide fuel cell (SOFC)
stack based on a model developed and validated in the literature. Recent studies have …

Distributed Generation (DG) based on Renewable Energy Sources (RES) are considered as
an effective and economical technology for the advancement of an Electric Power System …