Beschreibung der Lehrveranstaltung
Die Kursbeschreibung ist nur auf Kroatisch verfügbar.
- Elektroenergetika, elektroenergetski sustav i njegove cjeline, pregled hrvatskog elektroenergetskog sustava
- Opis dijelova elektroenergetskog sustava, snaga u trofaznim sustavima i kompenzacija jalove snage
- Restrukturiranje elektroenergetskog sustava, mehanizmi potpore obnovljivim izvorima električne energije i dnevni dijagram opterećenja
- Podjela i pretvorbe energije
- Osnovne termodinamičke veličine stanja, jednadžba stanja idealnog plina (izobarni, izotermni i izohorni proces)
- Energetske pretvorbe u termoelektranama, 1. glavni stavak termodinamike za zatvoreni sustav, adijabatski i politropski proces 1. glavni stavak termodinamike za otvoreni sustav, jednodimenzionalni, stacionarni, strujni procesi otvorenih sustava, primjena u termoelektrani
- Kružni procesi (Carnotov ciklus, Joulov ciklus), 2. glavni stavak termodinamike, proračun ukupne entropije sustava
- Rankineov kružni proces u termoelektrani
- Analiza osnovnih energetskih procesa u nuklearnim termoelektranama
- Analiza osnovnih energetskih procesa u geotermalnim i solarnim termoelektranama
- Analiza osnovnih energetskih procesa u hidroelektranama i određivanje rasporeda rada elektrana ovisno o zahtjevima elektroenergetskog sustava
- Analiza osnovnih energetskih procesa u solarnim elektranama
- Analiza osnovnih energetskih procesa u vjetroelektranama
- Skladištenje električne energije te utjecaj energetskih procesa na okoliš i održivi razvoj
Wann und wo
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Sign in with TVZ accountLernergebnisse
Die Lernergebnisse werden auf Englisch angezeigt.
- Electric power system: production, transmission, distribution, and utilization of electrical energy, as well as the impact of energy processes on the environment and sustainable development.
- calculate electricity consumption and losses in three-phase systems, reactive power compensation
- analyze direct and indirect conversions of energy into electrical energy and useful forms of energy, as well as open, closed, reversible and irreversible systems and processes, basic thermodynamic quantities and gas laws
- formulate the first and second laws of thermodynamics
- calculate the efficiency, exergy, ideal and real work of energy processes
- analyze the basic parameters of energy processes in power plants (fossil, geothermal, nuclear, solar) and hydroelectric plants
- analyze the basic parameters of energy processes in solar and wind power plants
- distribute the operation of power plants according to the demands of the electrical power system and draw a daily load curve.
Literatur
Pflichtliteratur
- Hrvoje Požar (1992.), Osnove energetike 1, 2, 3, Školska knjiga
Alexandra von Meier (2006.), Electric Power Systems, Wiley-IEEE Press
R. K. Rajput (2011.), Engineering Thermodynamics, Laxmi Publications pvt Ltd
Vladimir Knapp (1993) Novi izvori energije. ISBN 953-0-30633-4.
John R. Fanchi (2004) Energy: Technology and Directions for the Future. ISBN 980122482915,
Hadi Sadaat (2010) Power System Analysis. ISBN 0-98-454380-5,
T. K. Nagsarkar & M. S. Sukhija (2007) Power System Analysis. ISBN 0-19-568451-6.
Verantwortliche der Lehrveranstaltung 2
Lehrende 3
Prüfungstermine
innerhalb von 10 Tagen bis zu 30 Tage später vergangen
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