AbstractIn this paper the dynamic model of single-input and single-output (SISO) is established, which take the coal feed as the input and the main steam temperature as the output. Recursive extended least squares (RELS) was used to identify the system model, and the ideal identification results were achieved. The results showed that the output of identification and actual output in good agreement by usage of the recorded data to verify the accuracy of model further
Abstract:- The paper presents the research results related to control of the steam boiler parameters...
Flexible power plant control has considerable economical benefit for power plant owners in the liber...
Main Steam Temperature (MST) is non-linear, large inertia, long dead time and load dependant paramet...
Electric power companies will pay their attention to the load following capability and economical op...
AbstractThe real-time dynamic simulation model of a 600MW lignite-fired pulverized boiler, which is ...
The paper presents a MISO Wiener-Hammerstein cascade model describing the thermal process of a singl...
To solve the problem of main steam temperature abnormal of the 300 MW subcritical coal-fired boiler,...
AbstractAiming at the strong nonlinearity and large time-varying characteristics in controlling of s...
As the important signal of once-through boiler's water-fuel ratio control, intermediate point t...
Abstract With the increase in the proportion of new energy power generation in grids, there is an ur...
W pracy przedstawiono wyniki identyfikacji własności dynamicznych układu przygotowania paliwa kotła ...
As the important signal of once-through boiler's water-fuel ratio control, intermediate point temper...
The identification model of the firing system was set up, and on this basis, the system can be theor...
Most of the dynamic models of hot water boilers are either "reference " models or too simp...
This paper focuses on a nonlinear modelling for a time-varying process of steam temperature by emplo...
Abstract:- The paper presents the research results related to control of the steam boiler parameters...
Flexible power plant control has considerable economical benefit for power plant owners in the liber...
Main Steam Temperature (MST) is non-linear, large inertia, long dead time and load dependant paramet...
Electric power companies will pay their attention to the load following capability and economical op...
AbstractThe real-time dynamic simulation model of a 600MW lignite-fired pulverized boiler, which is ...
The paper presents a MISO Wiener-Hammerstein cascade model describing the thermal process of a singl...
To solve the problem of main steam temperature abnormal of the 300 MW subcritical coal-fired boiler,...
AbstractAiming at the strong nonlinearity and large time-varying characteristics in controlling of s...
As the important signal of once-through boiler's water-fuel ratio control, intermediate point t...
Abstract With the increase in the proportion of new energy power generation in grids, there is an ur...
W pracy przedstawiono wyniki identyfikacji własności dynamicznych układu przygotowania paliwa kotła ...
As the important signal of once-through boiler's water-fuel ratio control, intermediate point temper...
The identification model of the firing system was set up, and on this basis, the system can be theor...
Most of the dynamic models of hot water boilers are either "reference " models or too simp...
This paper focuses on a nonlinear modelling for a time-varying process of steam temperature by emplo...
Abstract:- The paper presents the research results related to control of the steam boiler parameters...
Flexible power plant control has considerable economical benefit for power plant owners in the liber...
Main Steam Temperature (MST) is non-linear, large inertia, long dead time and load dependant paramet...