Put ka energetski stabilnom svetu
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Nov 13, 2017
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Relativno kratak vek izvora fosilnih goriva, izuzev uglja, kao i ozbiljan uticaj sredine koja ih upotrebljava, zahtevaju nova rešenja za svet čije
potrebe u primarnoj energiji rastu. Predloženi vertikalno-horizontalni energetski integrisani sistem (VHEIS), sa tri glavna nosioca energije: metanom, metanolom i elektricitetom, i sa sumpornom kiselinom (kao proizvodom odsumporavanja dimnih gasova) za sezonsko skladištenje toplote, može biti rešenje za budućnost. Sistem je u celini spojiv sa sadašnjim i omogućuje efikasnu akumulaciju solarne energije.
U dogledno vreme u budućnost, on će dostići energetsku i ekološku ravnotežu na našoj planeti.
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NOVAK, Peter.
Put ka energetski stabilnom svetu.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 18, n. 4, p. 45-49, nov. 2017.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/3164>. Datum pristupa: 15 sep. 2026
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Reference
[1] ROGNER, H. H.: Energy in the World, XVIIth International Congress of Refrigeration, Vienna 1987, tom F, str. 41-64.
[2] WEC : Energy - Needs and Expectations, World Energy Conference, 13th Congress, Synthesis of the Proceedings, Canes, France, 1986, str. 64-176.
[3] GRUEBLER, A. and N. NAKIĆENOVIĆ: The Dynamic of Methane Technologies, WP-87-02, IASA, 1987, Laxenburg, Austrija.
[4] MARCHETTI, C.: When will Hydrogen Come? Int. J. Hydrogen Energy, Vol. 10, No.4, Pergamon Press Ltd., U.K., 1985.
[5] FRISCH, J. R.: Future Stresses for Energy ReÂsources, WEC, 1986, London, Graham and Trotman.
[6] ROGNER, H. H.: The IIASA '83 Scenario of Energy Development, Proc. Int. Symp. Risks and Benefits of Energy Systems, Vienna, 1984, IAEA.
[7] GOLD, T.: The Origin of Natural Gas and PeÂtroleum and the Prognosis tor Future Supplies, Annual Review of Energy, Vol. 10, Palo Alto, California.
[8] HAEFELE, W. et a1.: Das Konzept der neuartigen horizontal integrierte Energiesisteme der Fall der Null Emission, KFA Jahresbesicht 1938/1/84.
[9] NOVAK , P. et al.: New Alternatives in Energy System (Slovenian), RSS Report, 1984, Faculty of Mechanical Eng. Ljubljana.
[10] NOVAK, P., ZUPANČIČ, J.: Energy Scenarios and his Environmental Impact (Slovenian), Proc. 2 Simp. on Energy, SAZU, 1987, Ljubljana.
[11] NOVAK, P. et al.: Project of new Slovenian Energy System, Report RSS 1986, Faculty of Mech. Eng., Ljubljana.
[12] BASSHAM, J. A.: Science 197 , 630 (1977).
[13] SCHNEIDER, T. R.: Energy Conversion 13, 77 (1973)
[2] WEC : Energy - Needs and Expectations, World Energy Conference, 13th Congress, Synthesis of the Proceedings, Canes, France, 1986, str. 64-176.
[3] GRUEBLER, A. and N. NAKIĆENOVIĆ: The Dynamic of Methane Technologies, WP-87-02, IASA, 1987, Laxenburg, Austrija.
[4] MARCHETTI, C.: When will Hydrogen Come? Int. J. Hydrogen Energy, Vol. 10, No.4, Pergamon Press Ltd., U.K., 1985.
[5] FRISCH, J. R.: Future Stresses for Energy ReÂsources, WEC, 1986, London, Graham and Trotman.
[6] ROGNER, H. H.: The IIASA '83 Scenario of Energy Development, Proc. Int. Symp. Risks and Benefits of Energy Systems, Vienna, 1984, IAEA.
[7] GOLD, T.: The Origin of Natural Gas and PeÂtroleum and the Prognosis tor Future Supplies, Annual Review of Energy, Vol. 10, Palo Alto, California.
[8] HAEFELE, W. et a1.: Das Konzept der neuartigen horizontal integrierte Energiesisteme der Fall der Null Emission, KFA Jahresbesicht 1938/1/84.
[9] NOVAK , P. et al.: New Alternatives in Energy System (Slovenian), RSS Report, 1984, Faculty of Mechanical Eng. Ljubljana.
[10] NOVAK, P., ZUPANČIČ, J.: Energy Scenarios and his Environmental Impact (Slovenian), Proc. 2 Simp. on Energy, SAZU, 1987, Ljubljana.
[11] NOVAK, P. et al.: Project of new Slovenian Energy System, Report RSS 1986, Faculty of Mech. Eng., Ljubljana.
[12] BASSHAM, J. A.: Science 197 , 630 (1977).
[13] SCHNEIDER, T. R.: Energy Conversion 13, 77 (1973)