The intermittence of renewable sources requires an efficient and sustainable technology for
storing energy. Hydrogen storage system (HSS), consist of electrolyzer, storage system and …

Over the past decade, escalating trends toward renewable energy resources, electrified
transportation, magnifying load demand, erratic energy reserve capacities, dynamic demand …

A new methodology, that combine three different Artificial Intelligence techniques, is
proposed in this paper to solve the energy demand planning in Smart Homes. Conceived as …

The significance and purpose of this multi-objective Combined Heat and Power Economic
Emission Dispatch (MO-CHPEED) problem aims to determine the optimal generator output …

Microgrid management is a multi-objective problem that involves purchasing and selling
energy, time-variant renewable generation, and maintenance costs. The microgrid can …

Recently, the integration of various energy resources, including renewable generation and
combined heat and power (CHP) units in microgrids, has created the opportunity of off-grid …

The economic operation of renewable energy sources (RES) integrated with a combined
cooling, heating, and power system significantly improves energy utilization and reduces …

The load tracking performance of combined cooling, heating, and power multi-energy
system (CCHP-MES) greatly depends on the equipment capacity configuration. And the …

The promotion of carbon neutrality targets will significantly influence the energy
management of multi micro energy grid (MMEG) systems that can supply flexible local loads …

Energy system optimization is important in strengthening stability, reliability and economy,
which is usually given by static linear or nonlinear programming. However, the challenge …