Karakteristike ventila sa motornim pogonom u toplotnim podstanicama daljinskog grejanja
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Jan 6, 2017
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U radu su prikazani rezultati istraživanja sprovedenih u cilju razvoja nove karakteristike regulacionih ventila sa motornim pogonom, namenjenih za rad sa toplom vodom u toplotnim podstanicama daljinskog grejanja. Sa teoretskog stanovišta, u radu se razmatraju osnovne teorije regulisanja i ključne fizičke relacije u ovoj oblasti, uključujući, što je od presudnog značaja, spregu između razmenjivača toplote, regulatora, motora (aktuatora) i regulacionog ventila. Pored teoretske analize, rad je potkrepljen dinamičkim simulacijama i rezultatima laboratorijskih eksperimenata. Rezultat ovog istraživanja predstavlja razvoj nove karakteristike ventila koja je opisana u ovom radu.
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BENONYSSON, Atli.
Karakteristike ventila sa motornim pogonom u toplotnim podstanicama daljinskog grejanja.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 36, n. 1, p. 71-77, jan. 2017.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/1055>. Datum pristupa: 14 aug. 2026
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Reference
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[2] Benonysson, A., Dynamic Modelling and Operational Optimization of District Heating Systems, dissertation, Laboratory of Heating and Air Conditioning, Technical University of Denmark, 1991.
[3] Børresen, B. A., Temperaturvirkningsgrad for batterier er afgjørende for god regulering (The temperature efficiency of heat exchangers is decisive for good control). Norsk VVS, 12/94.
[4] *** Finnish District Heating Association: District Heating in Buildings Requirements and instructions K1/1992. [5] Fridriksson, J. S., Test rig for consumer substations in district heating systems, master thesis, University of Iceland, Faculty of Engineering, 1996.
[6] Grindal, A., Ventilkarakteristikker – er det pÃ¥ tide at vigjør noe med dem? (Valve characteristics – is it time to do something about them?), Norsk VVS, 16/95.
[7] Hjorthol, E., Optimization of Design Values in District Heating Substations by System Simulation, dissertation, Institutt for Varme – Ventilasjons – og Sanitærteknikk, Trondheim. VVS-rapport 1990:1. 10 VF.HB.E1.02 09/2.
[2] Benonysson, A., Dynamic Modelling and Operational Optimization of District Heating Systems, dissertation, Laboratory of Heating and Air Conditioning, Technical University of Denmark, 1991.
[3] Børresen, B. A., Temperaturvirkningsgrad for batterier er afgjørende for god regulering (The temperature efficiency of heat exchangers is decisive for good control). Norsk VVS, 12/94.
[4] *** Finnish District Heating Association: District Heating in Buildings Requirements and instructions K1/1992. [5] Fridriksson, J. S., Test rig for consumer substations in district heating systems, master thesis, University of Iceland, Faculty of Engineering, 1996.
[6] Grindal, A., Ventilkarakteristikker – er det pÃ¥ tide at vigjør noe med dem? (Valve characteristics – is it time to do something about them?), Norsk VVS, 16/95.
[7] Hjorthol, E., Optimization of Design Values in District Heating Substations by System Simulation, dissertation, Institutt for Varme – Ventilasjons – og Sanitærteknikk, Trondheim. VVS-rapport 1990:1. 10 VF.HB.E1.02 09/2.