2013
DOI: 10.1016/j.procs.2013.06.098
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Establishment of a Model for a Combined Heat and Power Plant with ThermosysPro Library

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Cited by 6 publications
(8 citation statements)
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“…With Equations (11) to (17), the full behavior of the large turbine can be explained, and only the pressure at the output of the saturator (P SSaOut ) is needed to obtain the mass flow of steam at the input of the turbines (W STuIn ). If these equations are analyzed carefully, it can be seen how a new nonlinear algebraic loop appears affecting all of them.…”
Section: Expansion Zonementioning
confidence: 99%
See 1 more Smart Citation
“…With Equations (11) to (17), the full behavior of the large turbine can be explained, and only the pressure at the output of the saturator (P SSaOut ) is needed to obtain the mass flow of steam at the input of the turbines (W STuIn ). If these equations are analyzed carefully, it can be seen how a new nonlinear algebraic loop appears affecting all of them.…”
Section: Expansion Zonementioning
confidence: 99%
“…On the other hand, many tools, designed for modeling and simulating different energy simulation systems are available in the market; in [16], an extensive review of the available tools can be found. Some of the developed models found in the literature are built based on model libraries offered by third parties, such is the case for Modelica [17], EcosimPro [18] or Aspenplus [19]. In addition, detailed models for the individual components constituting CHP plants such as boilers [20][21][22] or steam turbines [23] can be found.…”
Section: Introductionmentioning
confidence: 99%
“…Cogeneration (COGEN) system mainly comprise of a boiler and a turbine where dual industrial process requirement of power and heating can be satisfied using a single fuel (Deneux et al, 2013;El-Halwagi, 2006Kamrava et al, 2015). Boiler produces steam that is used to operate a turbine to produce shaft work for power generation.…”
Section: Cogenmentioning
confidence: 99%
“…Fuel, water and air flowrates to the engine and boilers are internally regulated in order to produce 90 o C hot water. A model of the power plant was developped with Modelica and the library ThermoSysPro (Deneux et al, 2013). The nonlinear Modelica model of the plant which is used in the MPC has 31 states and 726 algebraic variables (after Dymola symbolic processing).…”
Section: Combined Heat and Power Plantmentioning
confidence: 99%