AbstractRenewable energy sources, presently constituting about 23% of the total Italian power production, are featured by very discontinuous supply during the day that, to avoid grid malfunctions, must be compensated by fossil fuelled power plants. The latter must hence be able to rapidly control power supply.This paper proposes a power regulation system for coal power plants, consisting in the bypass of the low pressure pre-heaters in order to increase the steam flow-rate in turbine. The main advantage of this system is the limited thermo-mechanical stress induced in the pre-heaters. The solution effectiveness is investigated through a Matlab-Simulink model
This paper evaluates the potential for flexible operation of combined heat and power plants, using p...
Pulverized coal-fired power plants are increasingly used in electric grid load compensation. The int...
This paper addresses the thermodynamic analysis performed with reference to a 760 MW Combined Cycle...
AbstractRenewable energy sources, presently constituting about 23% of the total Italian power produc...
After more than one century from its first use for electric power production, steam cycles are still...
SummaryThe objective of the paper is to analyse parametric studies and optimum steam extraction pres...
Application of optimal control system to thermal power plants is introduced Introduction In a large...
The present study describes an analysis performed on a simplified Steam Turbine governor model, whic...
This paper reports the experimental analysis and numerical performance of a 760 MWe Combined Cycle G...
The paper presents the recent research in study of the strategies for the power plant flexible opera...
Regulation of the steam turbine can be achieved by optimal, reliable and safe operation. Power regul...
The objective of the paper is to analyse parametric studies and optimum steam extraction pressures o...
This chapter presents the recent research on various strategies for power plant flexible operations ...
With world energy consumption rising, and nonrenewable energy resources quickly depleting, it is ess...
This chapter presents the recent research on the various strategies for power plant flexible operati...
This paper evaluates the potential for flexible operation of combined heat and power plants, using p...
Pulverized coal-fired power plants are increasingly used in electric grid load compensation. The int...
This paper addresses the thermodynamic analysis performed with reference to a 760 MW Combined Cycle...
AbstractRenewable energy sources, presently constituting about 23% of the total Italian power produc...
After more than one century from its first use for electric power production, steam cycles are still...
SummaryThe objective of the paper is to analyse parametric studies and optimum steam extraction pres...
Application of optimal control system to thermal power plants is introduced Introduction In a large...
The present study describes an analysis performed on a simplified Steam Turbine governor model, whic...
This paper reports the experimental analysis and numerical performance of a 760 MWe Combined Cycle G...
The paper presents the recent research in study of the strategies for the power plant flexible opera...
Regulation of the steam turbine can be achieved by optimal, reliable and safe operation. Power regul...
The objective of the paper is to analyse parametric studies and optimum steam extraction pressures o...
This chapter presents the recent research on various strategies for power plant flexible operations ...
With world energy consumption rising, and nonrenewable energy resources quickly depleting, it is ess...
This chapter presents the recent research on the various strategies for power plant flexible operati...
This paper evaluates the potential for flexible operation of combined heat and power plants, using p...
Pulverized coal-fired power plants are increasingly used in electric grid load compensation. The int...
This paper addresses the thermodynamic analysis performed with reference to a 760 MW Combined Cycle...