In recent years, with the advent of globalization, the world is witnessing a steep rise in its
energy consumption. The world is transforming itself into an industrial and knowledge …

For coordinated operation of distributed energy resources, virtual power plants are
introduced as a solution to maximize the net profit of all participants considering the …

We study the preventive maintenance scheduling problem of wind farms in the offshore wind
energy sector which operates under uncertainty due to the state of the ocean and market …

Air pollution, global warming, depletion of fossil fuels, and difficulty of transferring power to
remote areas are some factors that have led to the growth of distributed generation. In …

This paper presents a fuzzy-based scheduling model for addressing multiple uncertainties in
the optimal scheduling of the wind integrated multi-energy systems (MES). Energy hub …

Fuzzy set theory has been proposed as a means for modeling the vagueness in complex
systems. Fuzzy systems usually employ type-1 fuzzy sets, representing uncertainty by …

The study proposes a comprehensive and systematic approach for multi-criteria and multi-
stage facility location selection problem. To handle with high and more uncertainty in the …

In a competitive market where all producers must participate in the market, WPPs (wind
power producers) face two sources of uncertainty:(i) future market prices, and (ii) their …

A computationally-efficient systematic procedure to design an Optimal Type-2 Fuzzy Logic
Controller (OT2FLC) is proposed. The main scheme is to optimize the gains of the controller …

This paper presents an Artificial Immune System approach for solving generation scheduling
problem of a Genco comprised of thermal and wind energy systems. Wind–thermal …