In the era of high penetration of renewable energy sources (RESs), traditional coal-fired
power plants are facing increasing requirements of operational flexibility which is limited by …

With the continuous progress of urbanization, building energy consumption is increasing
dramatically. At present, energy consumption caused by air conditioning accounts for a half …

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 …

Exergy analysis, as a core evaluation tool to improve energy efficiency and system
sustainability, has been applied in various fields over the last decades, leading to a …

The power system experiences a significant increase in its flexibility in recent years, along
with the increase in renewable energy penetration. Implementing the flexibility retrofit of …

The Rankine cycle is a conceptual arrangement of four processes as a closed vapor power
thermodynamic cycle, where a working fluid (especially water as a liquid, as a vapor, and as …

This paper presents the energy and exergy analysis for actual data of the triple-pressure
combined cycle power plant (CCPP). This study was carried out to evaluate each …

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 …

This paper presents an in-depth investigation into the performance of Mashhad Tous power
plant in Iran, a natural-gas-fueled steam cycle with an output power of 4× 150 MW. The …

This research delves into the cutting-edge realm of solar-powered dual-temperature
refrigeration, adhering to the 3E model emphasizing Energy, Economic, and Environmental …