Reduction of the energy intensity of the building BJ building SO 04 of the University of Žilina in ilina (Q3102387): Difference between revisions
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(Created claim: summary (P836): The aim of the project is to reduce the energy intensity of the building of the University of Žilina, namely the BJ block located at: University 8215/1, 010 26 Žilina. This block serves mainly to ensure the teaching process of higher education. The existing building was realised approx. in 1969 as one to two-storey building with basement in a small part of the building, with a structural system of reinforced concrete and steel skeleton with fill...) |
(Changed label, description and/or aliases in fr: translated_label) |
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Réduction de l’intensité énergétique du bâtiment BJ — bâtiment SO 04 Université de Žilina | |||
Revision as of 13:37, 27 November 2021
Project Q3102387 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Reduction of the energy intensity of the building BJ building SO 04 of the University of Žilina in ilina |
Project Q3102387 in Slovakia |
Statements
859,578.1 Euro
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1,011,268.35 Euro
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85.0 percent
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1 September 2020
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1 July 2021
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Žilinská univerzita v Žiline
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49°12'23.87"N, 18°46'19.88"E
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Cieľom projektu je zníženie energetickej náročnosti budovy Žilinskej univerzity v Žiline, a to konkrétne bloku BJ lokalizovaného na adrese: Univerzitná 8215/1, 010 26 Žilina. Uvedený blok slúži hlavne na zabezpečenie vyučovacieho procesu vysokoškolského štúdia. Jestvujúci objekt bol realizovaný cca v r. 1969 ako jedno až dvojpodlažná stavba so suterénom v malej časti budovy, s konštrukčným systémom zo železobetónového a oceľového skeletu s výplňovým murivom, s plochou strechou ukončenou atikou a rímsou o zastavanej ploche cca 3 114,96 m2.Objekt je napojený na všetky inžinierske siete. Budova je využívaná na výučbové a výskumné aktivity pre študentov spolu so zázemím pre učiteľov a výskumníkov. Objekt je v súčasnosti zateplený 6 cm polystyrénom, strecha nad halami je po generálnej oprave krytiny, ktorá v súčasnosti vyhovuje teplotechnickej norme, no strechy nad chodbami nemajú dostatočnú izoláciu a preto je potrebné zrealizovať ich doteplenie z exteriéru spolu s povlakovou krytinou z PVC hr.1,5mm (SIKA, FATRAFOL...).Navrhované stavebné úpravy predstavujú zateplenie obvodových stien riešenej časti budovy vrátane výplní otvorov, zateplenie strešnej konštrukcie nad spojovacími chodbami, výmenu svietidiel a reguláciu vykurovacie systému. Navrhované zmeny znížia celkovú energickú náročnosť budovy zo súčasnej energetickej triedy B (globálny ukazovateľ - Primárna energia) na energetickú triedu A1, budova sa stane realizáciou projektu ultranízkoenergetická. (Slovak)
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The aim of the project is to reduce the energy intensity of the building of the University of Žilina, namely the BJ block located at: University 8215/1, 010 26 Žilina. This block serves mainly to ensure the teaching process of higher education. The existing building was realised approx. in 1969 as one to two-storey building with basement in a small part of the building, with a structural system of reinforced concrete and steel skeleton with filling masonry, with a flat roof finished attic and cornice with built-up area of about 3114.96 m². The object is connected to all utilities. The building is used for teaching and research activities for students along with facilities for teachers and researchers. The building is currently insulated with 6 cm polystyrene, the roof above the halls is after overhaul of the covering, which currently meets the heat technical standard, but the roofs above the corridors do not have sufficient insulation and therefore it is necessary to realise their warming from the exterior together with the coating covering of PVC hr.1,5 mm (SIKA, FATRAFOL...).The proposed building modifications represent insulation of the perimeter walls of the designed part of the building, including fillings of holes, insulation of the roof structure above the connecting corridors, replacement of luminaires and regulation of the heating system. The proposed changes will reduce the overall energy intensity of the building from the current energy class B (global indicator – Primary energy) to energy class A1, the building will become the implementation of the ultra-low-energy project. (English)
28 September 2021
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Identifiers
310041K490
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