The performance of a 20 MW gas turbine power plant was described by using the exergy analysis and data from the plant’s record books. The first and second laws of thermodynamics, as well as the mass and energy conservation law, were applied in each of the components. The results show that more exergy destruction occured in the combustion chamber up to 71.03% or 21.98 MW. Meanwhile, the lowest exergy occured in the compressor at 12.33% or 3.15 MW. Thermal efficiency of the gas turbine power plant, according to the first law, was 33.77%, and exergy efficiency was 32.25%
Gas turbines are the primary technology used for the purpose of power generation nearly everywhere. ...
PLTGU merupakan pembangkit listrik combine cycle, yang merupakan gabungan dari siklus brayton dan si...
In this paper, a typical combined cycle power generation unit in Iran is simulated by a mathematical...
This study is about energy and exergy analysis of gas turbine power plant. Energy analysis is more q...
This study presents thermodynamic analysis of the design and performance of eleven selected gas turb...
According to the data released by “Republic of Turkey-the Ministry of Energy and Natural Resources”,...
In this study, modelling of gas turbine engine performance is carried out using thermodynamics rela...
In this study, exergy costing analysis and performance evaluation of selected gas turbine power plan...
Energy and Exergy analysis were conducted to evaluate the optimal performance of a 20 MW gas turbine...
Analysis of power generation systems is of scientific interest and also essential for the efficient ...
Exergy analysis of a 100MW gas turbine power plant that works on theBrayton cycle is presented. The ...
Energy supply trends as well as environmental regulations and climate change issues have made it nec...
In this study, exergoeconomic analysis and performance evaluation of selected gas turbine power plan...
Abstract: An exergetic analysis was performed for a 116-MW gas-turbine power plant. Mass and energy ...
A component based energy and exergy evaluation was performed on a 220MW thermal power plant in Niger...
Gas turbines are the primary technology used for the purpose of power generation nearly everywhere. ...
PLTGU merupakan pembangkit listrik combine cycle, yang merupakan gabungan dari siklus brayton dan si...
In this paper, a typical combined cycle power generation unit in Iran is simulated by a mathematical...
This study is about energy and exergy analysis of gas turbine power plant. Energy analysis is more q...
This study presents thermodynamic analysis of the design and performance of eleven selected gas turb...
According to the data released by “Republic of Turkey-the Ministry of Energy and Natural Resources”,...
In this study, modelling of gas turbine engine performance is carried out using thermodynamics rela...
In this study, exergy costing analysis and performance evaluation of selected gas turbine power plan...
Energy and Exergy analysis were conducted to evaluate the optimal performance of a 20 MW gas turbine...
Analysis of power generation systems is of scientific interest and also essential for the efficient ...
Exergy analysis of a 100MW gas turbine power plant that works on theBrayton cycle is presented. The ...
Energy supply trends as well as environmental regulations and climate change issues have made it nec...
In this study, exergoeconomic analysis and performance evaluation of selected gas turbine power plan...
Abstract: An exergetic analysis was performed for a 116-MW gas-turbine power plant. Mass and energy ...
A component based energy and exergy evaluation was performed on a 220MW thermal power plant in Niger...
Gas turbines are the primary technology used for the purpose of power generation nearly everywhere. ...
PLTGU merupakan pembangkit listrik combine cycle, yang merupakan gabungan dari siklus brayton dan si...
In this paper, a typical combined cycle power generation unit in Iran is simulated by a mathematical...