20.500.12556/DKUM-63628 TEHNOLOŠKA IN EKONOMSKA PRIMERJAVA TOPLOTNEGA OVOJA POSLOVNO TRGOVSKE STAVBE TECHNOLOGICAL AND ECONOMICAL COMPARISON OF THE THERMAL ENVELOPE OF A COMMERCIAL BUILDING V diplomskem delu smo predstavili zakonske omejitve in izhodišča pri projektiranju energetsko učinkovitih poslovno trgovskih stavb, pripravili pregled toplotnoizolacijskih materialov, ki se danes uporabljajo pri gradnji stavb ter predstavili materiale uporabljene v toplotnem ovoju obravnavane poslovno trgovske stavbe. Predstavljena teoretična izhodišča so nam služila kot osnova za analizo in določitev debelin elementov toplotnega ovoja obravnavane poslovno trgovske stavbe, za kar smo uporabili računalniški program »URSA Gradbena Fizika 4.0«. Z istim programom je bila določena še letna potrebna toplota za ogrevanje stavbe na enoto kondicionirane površine QNH/Au za vse elemente toplotnega ovoja v odvisnosti glede na dva izbrana energetska razreda C in B1. Z rezultati analize smo nato s pridobivanjem ponudbenih cen na podlagi povpraševanja na trgu ovrednotili potrebne količine vseh gradbenih materialov in dela za izvedbo gradbenih, obrtniških in instalacijskih del. V zadnjem delu diplomskega dela smo ugotavljali, kako na celotne stroške gradnje in ogrevanja na letni ravni ob izbranem načinu ogrevanja in prezračevanja, vpliva izbor fasadnega sistema (z najprimernejšo debelino toplotnoizolacijskega materiala) toplotnega ovoja za dva različna energetska razreda C in B1. In the diploma graduation thesis we have presented legal restrictions and starting points for the design of energy efficient buildings, prepared a review of thermal insulating materials, which are used today in the building process and presented materials applied in a thermal envelope of the addressed non-residential building. Presented theoretical groundings has served us as a basis for analysis and determining the thickness of the thermal envelope elements for the addressed non-residential building, for which we used a computer program "URSA Gradbena Fizika 4.0". With the same program, we have also determined the annual heat required for heating the building on the unit of conditioned area QNH/Au for all elements of the thermal envelope in dependence on the two selected energy classes C and B1. With the results of the analysis we then with the help of the acquisition of tender prices on the basis of market inquiry, evaluated the necessary quantities of all building materials and labor to carry out construction, finishing and installation works. In the last part of the thesis we then explore what effect does the choice of the facade system (with the most sufficient width of thermal insulating material) of the thermal envelope with defined heating and ventilation have on the total construction costs and heating costs on an annual base in regards to two different energy classes C and B1. ovoj stavbe nestanovanjska stavba nizkoenergetska stavba energetska izkaznica fasadni sistemi ekonomska primerjava building envelope non-residential building low energy building energy performance certificate facade systems economic comparison true true false [G. Mlakar] Slovenski jezik Angleški jezik Diplomsko delo 2016-09-14 05:58:01 2016-10-13 07:36:38 2022-07-03 03:06:07 2019-07-11 13:34:05 2016 0 Maribor 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 699.86+697.1(043.2) 20436502 URN:SI:UM:DK:OEY6R3V2 UN_Mlakar_Gregor_2016.pdf UN_Mlakar_Gregor_2016.pdf 1 CAE0DFA2E30E908D37030EBF50D0BAC4 d20d5ef0a4d259f06b12218218ea53d71e69a40e4f173ee57cd67524f783eb73 c1fe7d40-7c0d-11eb-bb7a-00155d0001ca https://dk.um.si/Dokument.php?lang=slv&id=107340 Fakulteta za gradbeništvo, prometno inženirstvo in arhitekturo 0 0 0