Add to ORKG548-553This study proposes an integrated model for thermodynamic analysis of gas turbine powered cogeneration systems,covering simple cycle and overall cogeneration efficiency, load control by using inlet guide vanes, inlet fogging and supplementaryfiring. The model can be further developed for other applications (air cooling, steam injection, and trigeneration ofpower, heat and cooling)
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
The purpose of the paper is to study and analyze the possibility of increasing the power output of a...
A thermodynamic process of power generation has been developed for a gas turbine, a steam turbine, a...
A basic goal of operation management is to successfully complete the life cycle of power systems, wi...
The paper proposes a detailed model of a gas turbine for a combined heat and power (CHP) plant. The ...
Increasing demand of energy and adverse environmental impact of the use of fossil fuels emphasized t...
225-231Design methodology has been developed for parametric study and thermodynamic performance eval...
Currently, much attention is paid to improving the efficiency of energy generating facilities throug...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
The growth of cogeneration technology has accelerated in recent years, and it is estimated that fift...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
ABSTRACT Cogeneration is one of the key technologies for CO2 reduction in the process industry. A go...
All major manufacturers of large size gas turbines are developing new techniques aimed at achieving ...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
The purpose of the paper is to study and analyze the possibility of increasing the power output of a...
A thermodynamic process of power generation has been developed for a gas turbine, a steam turbine, a...
A basic goal of operation management is to successfully complete the life cycle of power systems, wi...
The paper proposes a detailed model of a gas turbine for a combined heat and power (CHP) plant. The ...
Increasing demand of energy and adverse environmental impact of the use of fossil fuels emphasized t...
225-231Design methodology has been developed for parametric study and thermodynamic performance eval...
Currently, much attention is paid to improving the efficiency of energy generating facilities throug...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
The growth of cogeneration technology has accelerated in recent years, and it is estimated that fift...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
Integrated Gasification Combined Cycles are energy systems mainly composed of a gasifier and a combi...
ABSTRACT Cogeneration is one of the key technologies for CO2 reduction in the process industry. A go...
All major manufacturers of large size gas turbines are developing new techniques aimed at achieving ...
Cogeneration cycles have many advantages over the conventional cycles. In this study, the performanc...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
The purpose of the paper is to study and analyze the possibility of increasing the power output of a...
A thermodynamic process of power generation has been developed for a gas turbine, a steam turbine, a...