Integration of thermal energy storage in energy systems provides flexibility in demand–
supply management and in supporting novel operational schemes. In a combined heat and …

Fossil fuel-based power plants generate 80% of the electricity in the United States and
provide a reliable generation source for both base and peak power demands. These plants …

Natural gas turbine combined cycles (GTCCs) are playing a fundamental role in the current
energy transition phase towards sustainable power generation. The competitiveness of a …

In the current energy scenario, gas turbine combined cycles (GTCCs) are considered key
drivers for the transition towards fossil-free energy production. However, to meet this goal …

Gas turbine inlet air-cooling (TIAC) is an established technology for augmenting gas turbine
output and efficiency, especially in hot regions. TIAC using evaporative cooling is suitable …

This work presents a systematic thermodynamic study to identify and assess the effects of
wet compression stage conditioning in aeroengines. Similar techniques found in the …

The integration of a heat pump (HP) with a combined cycle gas turbine (CCGT) to control the
inlet air temperature is a promising technology to meet the requirements imposed by the …

In an energy scenario characterized by strong requirements in terms of flexibility and
readiness, the integration of thermal energy storage in energy systems could play an …

As policies evolve to reflect climate change goals, the use of fossil fuel power plants is
expected to change. Many fossil fuel power plants may opt to incorporate carbon capture …

Renewable energy sources such as wind turbines and photovoltaics are the key to an
environmentally friendly energy supply. However, their volatile power output is challenging …