Transition and decarbonization of the energy sector require the utilisation of new
technologies and energy sources. Higher penetration of intermittent renewable energy …

Achieving optimum energy conversion in thermodynamic systems, such as in the thermal
power plants (TPPs), is a complex task due to the involvement of several factors. One of the …

In this paper a genetic algorithm (GA) approach to design of multi-layer perceptron (MLP) for
combined cycle power plant power output estimation is presented. Dataset used in this …

Natural gas peak shaving power station with gas-steam combined cycle is widely used to
meet the demand of peak load regulation of the power grid. However, the exhaust heat of …

Parametric study of micro-scale integrated hydrogen production systems requires great
computational efforts due to complex phenomena such as reaction kinetics. In the present …

One of the ways to minimize fossil fuel consumption is to optimize the feedwater heaters of
the power plants. The newly-built power plants work optimally at their design conditions; …

To enhance power generation during high summer temperatures and address the power
supply and demand imbalance in gas-steam combined cycle, this study explored the …

The fast increase in electricity demand and the need to meet the carbon dioxide emissions
reduction targets are fostering the role of natural-gas based technologies for both distributed …

This investigation proposed the RBF-NSGA-Ⅱ optimization algorithm and explored the
thermal economy of different bottom combined cycles under 16 design parameters. The …

With the global desire for decarbonization, hydrogen production should become one of the
dynamically developing areas of energy resource processing. For CHPP-21 of TGC-1, the …