Photovoltaic systems installed on building rooftops can assist in reducing the issue of
increasing electricity demand and simultaneously meeting the demand for environmentally …

Based on a simple endoreversible closed Brayton cycle model established in the previous
literature, this paper performs thermodynamic analyses and multi-objective optimizations by …

The purpose of this study is to find the most profitable way to construct a photovoltaic (PV)
system on a residential building in Amman by taking into account the local climate, the …

Exergy analysis has recently gained importance in understanding process control and
mechanism. Above-mentioned approach is detrimental in dealing with today's stringent …

Efficient power generation systems are required because of the rapid increase in demand
for energy in industry, commerce, and residence. Systems that produce power and heat can …

As global energy demand continues to rise, the imperative to explore and enhance energy
generation from existing resources intensifies. Combined cycle power plants (CCPPs) have …

The planning and execution of eco-friendly housing face technical hurdles, particularly in
regions like Jordan. This study aims to address primary obstacles in overseeing eco-friendly …

Energy and exergy analysis are considered as important tools for the thermodynamic
assessment of any power plant. The utilization of solar energy in electricity generation is …

The enthalpy–entropy approach, which is a rigorous and accurate method, was used to
model the actual cycle of a gas turbine (GT). The constructed GT C# programming language …

Fogging is an effective cooling system used for gas turbine (GT) inlet air cooling. In this
study, three fogging strategies were tested: direct fogging, fogging with a natural gas (NG) …