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Title:
Matematično modeliranje in programiranje hidro sistema
Authors:
ID
Hosnar, Jernej
(
Author
)
Files:
http://ke.powerlab.uni-mb.si/arhiv/dokument.aspx?id=94
Language:
Slovenian
Work type:
Not categorized
Typology:
1.08 - Published Scientific Conference Contribution
Organization:
FKKT - Faculty of Chemistry and Chemical Engineering
Abstract:
Naš namen je razviti generični model na podlagi mešano-celoštevilskega nelinearnega programiranja (MINLP) za optimizacijo sistema ob morebitni izgradnji postrojenja s hidro elektrarno. Sistem temelji na modelu poljubno razvejanega vodnega omrežja; z različnim številom volumskih pretokov, idealnimnaklonom pobočja analizirane pokrajine ter spremenljivimi vodnimi padci ob stičiščih tokov. Z modelom želimo napovedati optimalno lego postavitve vodnega zajetja hidroelektrarne, ki z inštaliranim vodnim pretokom na turbino daje maksimalen ekonomski dobiček od proizvedene in prodane električne energije. Prikazati želimo rezultate osnovnih fizikalnih in ekonomskih veličin za oceno izrabe vodnega potenciala ter podati sugestijo o izboru tehnološko najustreznejšega gonilnika vodne turbine za proizvodnjo električne energije.
Keywords:
matematično modeliranje
,
programiranje
,
hidro sistem
Year of publishing:
2013
Number of pages:
Str. 1-11
PID:
20.500.12556/DKUM-50459
UDC:
621.31:51
COBISS.SI-ID:
17119254
NUK URN:
URN:SI:UM:DK:ZTRFLZFU
Publication date in DKUM:
10.07.2015
Views:
1509
Downloads:
59
Metadata:
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Secondary language
Language:
English
Abstract:
The purpose of this article was to develop a generic model based on mixed-integer, nonlinear programming (MINLP) for system optimisation regardingthe possible construction of a hydropower plant. The system is based on the model of an arbitrary branched water network; with a varying number of volume flows, ideal slope inclination of the analysed landscape and variable water-head at the flow intersections. Using this model we wanted to predict the optimal installation location of water capture within a hydropower plant, that would gives the maximum economic profit from produced and sold electricity using installed water-flow to the turbine. We wanted to present the results of basic physical and economic variables to assess the use of water potential and to provide suggestions on the selection of the most technologically appropriate water turbine driver for electricity generation. Modelling and optimisation of the set problem were implemented using advanced GAMS computer software.
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