With the gradual upgradation of global energy consumption and the associated
development of multi-energy sources, the pace of unified energy planning and design has …

Combined cooling, heating, and power (CCHP) systems have been widely applied in
various kinds of buildings. Most operation strategies for CCHP microgrids are designed …

Regional integrated energy system (RIES) plays an important role in the energy economy
because of its advantages such as low environmental pollution and high efficiency cascade …

Multi-energy microgrids are facing a dilemma that realizing high local energy efficiency
requires large-capacity ESS with hefty investment costs. To address the dilemma, an …

Governmental incentives to use clean energy, concerns about high and rising prices of fossil
fuels, and environmental issues are the most important motivations for adding distributed …

This work aims at optimizing life cycle performance of a hybrid combined cooling heating
and power (CCHP) system incorporating with solar energy and natural gas. A basic natural …

Accurate prediction of energy demand is crucial to guarantee the secure and stable
functioning of integrated energy systems. User-level integrated energy loads are …

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

Increasing deployment of distributed energy resources intensifies interactions among
electric, gas, heating, and cooling systems. Inherent uncertainties ranging from internal …

The increasing penetration of distributed energy resources (DERs) enable integrated
community energy systems (ICESs) as emerging techno-economic energy entities at the end …