Furnace Modelling Using State Space Representation / Razidah Ismail

Ismail, Razidah (2006) Furnace Modelling Using State Space Representation / Razidah Ismail. Scientific Research Journal, 3 (1). pp. 37-52. ISSN 1675-7009

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Official URL: https://srj.uitm.edu.my/

Abstract

The state space modeling approach was developed to cope with the demand and performance due to the increase in system complexity, which may have multiple inputs and multiple outputs (MIMO). This approach is based on timedomain analysis and synthesis using state variables. This paper describes the development of a state space representation of a furnace system of a combined cycle power plant. Power plants will need to operate optimally so as to stay competitive, as even a small improvement in energy efficiency would involve substantial cost savings. Both the quantitative and qualitative analyses of the
state space representation of the furnace system are discussed. These include the responses of systems excited by certain inputs and the structural properties of the system. The analysis on the furnace system showed that the system is bounded input and bounded output stable, controllable and observable. In practice, the state space formulation is very important for numerical computation
and controller design, and can be extended for time-varying systems.

Metadata

Item Type: Article
Creators:
Creators
Email
Ismail, Razidah
razidah@tmsk.uitm.edu.my
Subjects: Q Science > QA Mathematics > Analysis > Analytical methods used in the solution of physical problems > System analysis. State-space methods
T Technology > TJ Mechanical engineering and machinery > Power plants
Divisions:
Journal or Publication Title: Scientific Research Journal
UiTM Journal Collections: UiTM Journal > Scientific Research Journal (SRJ)
ISSN: 1675-7009
Volume: 3
Number: 1
Page Range: pp. 37-52
Official URL: https://srj.uitm.edu.my/
Item ID: 12810
Uncontrolled Keywords: State space model, Power generation plant, state variables, multivariable system
URI: https://ir.uitm.edu.my/id/eprint/12810

ID Number

12810

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