20.500.12556/DKUM-98119 Analiza uporabe in integracije hranilnikov vodika v energetskih sistemih stanovanjskih zgradb magistrsko delo Analysis of the use and integration of hydrogen storage system in the energy systems of residential buildings V magistrski nalogi je predstavljena celovita analiza uporabe in integracije hranilnikov vodika v energetske sisteme stanovanjskih zgradb. Vodik se vse bolj uveljavlja kot energija prihodnosti, saj omogoča dolgoročno shranjevanje energije, tudi iz obnovljivih virov električne energije in s tem prispeva k razogljičenju energetskega sektorja. Naloga se osredotoča na različne vrste vodikovih hranilnikov, njihove tehnične značilnosti, možnosti integracije v energetske sisteme zgradb ter na varnostne vidike, ki so ključni za uspešno implementacijo v stanovanjskem okolju. Teoretični del naloge vključuje pregled tehnologije shranjevanja vodika (komprimirani, tekoči, kemični in hidridni sistemi) ter možnosti njihove uporabe v kombinaciji z drugimi viri energije. Posebna pozornost je namenjena varnostnim tveganjem, kot je uhajanje vodika, nastanek eksplozivnih zmesi in temperaturni vplivi, ter tehničnim rešitvam za njihovo obvladovanje. V zaključku naloge so predstavljeni predlogi za učinkovito vključevanje hranilnikov v prihodnjo energetsko zasnovo stavb z vidika trajnosti, energetske samozadostnosti in varnosti. This master’s thesis presents a comprehensive analysis of the use and integration of hydrogen storage systems into residential buildings energy systems. Hydrogen is increasingly recognized as the energy of the future, as it enables long−term storage of renewable energy and thus contributes to the decarbonization of the energy sector. The thesis focuses on various types of hydrogen storage systems, their technical characteristics, their integration within building subsystems, and the safety aspects that are essential for successful implementation in residential environments. The theoretical part includes an overview of hydrogen storage technologies (compressed, liquid, chemical, and hybrid systems) and their potential use in combination with other energy sources. Special attention is devoted to safety risks such as hydrogen leakage, explosive mixtures, and temperature effects, as well as technical solutions for mitigating these risks. In the conclusion, the thesis presents proposals for the effective inclusion of hydrogen storage systems in future building energy designs from the perspectives of sustainability, energy self−sufficiency, and safety. vodik hranilniki vodika proizvodnja in shranjevanje vodika energetski sistemi varnostni vidiki hydrogen hydrogen storage systems hydrogen production and storage energy systems safety aspects true true false [M. Brašanac] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2026-05-18 15:06:18 2026-09-03 08:46:02 2026-09-04 03:08:39 0000-00-00 00:00:00 2026 0 Maribor 0 Velenje XVII, 63 f. 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 620.92:621.593(043.2) 289839619 MAG_Brasanac_Miloica_2026.pdf MAG_Brasanac_Miloica_2026.pdf 1 B13B3653734D13C9743CB709F29EC0BF 9e832affa00bdeb29c49088ab7e80dd5add7c2d2216ea8a7df6df66efb857f53 00dbb61b-6ee3-11f1-973b-00155d580e34 https://dk.um.si/Dokument.php?lang=slv&id=207474 Fakulteta za energetiko 0 0 0