Climate change mitigation by reducing greenhouse gas emissions is one of the major
challenges for existing electric power systems. This study presents a multi-stage joint …

In this study, an IROM-ES (inexact regional optimization model for energy systems) is
developed with considering NESs (new energy sources) under uncertainty. The IROM-ES …

Decreasing initial costs, the increased availability of charging infrastructure and favorable
policy measures have resulted in the recent surge in plug-in electric vehicle (PEV) …

This paper presents a model for municipal power planning, incorporating renewable power
generation sources and energy storage facilities. It proposes a prototyping model …

Industrial air pollution creates severe problems and evaluation of control scenarios rationally
which can be carried out using air quality models. In this study, an industrial region Chembur …

Airports' hybrid energy systems (HESs), combined with multiple forms of energy and various
facilities, have become considerably complicated for managers. This study develops a …

A multistage inexact-factorial fuzzy-probability programming (MIFP) method is developed for
optimizing electric power systems with cost minimization and environmental-impact …

Energy-related activities are closely linked with greenhouse-gas (GHG) emissions. Such
emissions should be managed through incorporating the issues of GHG mitigation within the …

Geographical areas have diverse green energy resources and different levels of energy
consumptions. An important challenge to satisfy the energy demand using green energy …

One of the main negative consequences of uncontrolled export of used vehicles from the
European Union to developing countries is resource shortage for major players of European …