In this paper, energy and exergy analysis has been conducted on a subcritical coal fired power plant of Wisconsin Power and Light Company, USA to investigate the steam cycle energy and exergy efficiency. The cycle is analyzed by developing a mathematical model using its operating and design parameters. The analysis is performed using EES (Engineering Equation Solver). The energy analysis shows that major share of energy loss occurs in condenser i.e. 72% of total cycle energy loss, whereas, exergy analysis shows that 83.09% total exergy destruction of cycle occurs in boiler.Furthermore, the simulation results are compared with actual with an absolute error of 3.1%. Additionally, the parametric study is performed to examine the effects of var...
In this paper, a thermodynamic analysis of a subcritical boiler–turbine generator is performed for a...
The generation of electricity is critical to the expansion of the economy and the improvement of peo...
A component based energy and exergy evaluation was performed on a 220MW thermal power plant in Niger...
The global trend of growing energy demand, accompanied by the dependency on fossil fuels and their i...
This study compared three different steam power plants operating under ultra-supercritical, supercri...
<p>Steadily growing demand of power and heavily dependence on conventional sources like coal and gas...
The focus of this project is the performance of an energy and exergy audit on a 173 MW pulverized co...
Steadily growing demand of power and heavily dependence on conventional sources like coal and gas fo...
AbstractIn this study, exergy analysis was performed for ultra super-critical power plant. The analy...
When considering global as well as local energy scenarios, it is required to consume energy in prop...
The energy assessment must be made through the energy quantity as well as the quality. But the usual...
Until 2012, steam power plant supplies 44.02 % of national electricity demand. Most of steam power p...
The energy assessment must be made through the energy quantity as well as the quality. But the usual...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
In this paper, a thermodynamic analysis of a subcritical boiler–turbine generator is performed for a...
The generation of electricity is critical to the expansion of the economy and the improvement of peo...
A component based energy and exergy evaluation was performed on a 220MW thermal power plant in Niger...
The global trend of growing energy demand, accompanied by the dependency on fossil fuels and their i...
This study compared three different steam power plants operating under ultra-supercritical, supercri...
<p>Steadily growing demand of power and heavily dependence on conventional sources like coal and gas...
The focus of this project is the performance of an energy and exergy audit on a 173 MW pulverized co...
Steadily growing demand of power and heavily dependence on conventional sources like coal and gas fo...
AbstractIn this study, exergy analysis was performed for ultra super-critical power plant. The analy...
When considering global as well as local energy scenarios, it is required to consume energy in prop...
The energy assessment must be made through the energy quantity as well as the quality. But the usual...
Until 2012, steam power plant supplies 44.02 % of national electricity demand. Most of steam power p...
The energy assessment must be made through the energy quantity as well as the quality. But the usual...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
This study presents a thermodynamic analysis of a 220MW thermal plant using its design and operating...
In this paper, a thermodynamic analysis of a subcritical boiler–turbine generator is performed for a...
The generation of electricity is critical to the expansion of the economy and the improvement of peo...
A component based energy and exergy evaluation was performed on a 220MW thermal power plant in Niger...