Reduction of energy intensity of buildings BA, BB, BC – building SO 01 University of Ilina (Q3102432)

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Revision as of 14:05, 28 September 2021 by DG Regio (talk | contribs) (‎Created claim: summary (P836): The aim of the project is to reduce the energy intensity of blocks BA, BB, BC University of Žilina, University 8215/1, 010 26 Žilina, which mainly serve to ensure the teaching process of university studies. All blocks form one building SO01. The breakdown into BA, BB, BC corresponds to the nature of the expansion units that divide the object into individual blocks. The existing building was realised approx. in 1969 as a four to five floor buildi...)
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Project Q3102432 in Slovakia
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Reduction of energy intensity of buildings BA, BB, BC – building SO 01 University of Ilina
Project Q3102432 in Slovakia

    Statements

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    1,726,409.15 Euro
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    2,031,069.59 Euro
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    85.0 percent
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    1 September 2020
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    1 August 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 blokov BA, BB, BC Žilinskej univerzity v Žiline, Univerzitná 8215/1, 010 26 Žilina, ktoré slúžia hlavne na zabezpečenie vyučovacieho procesu vysokoškolského štúdia. Všetky bloky vzájomne vytvárajú jeden stavebný objekt SO01. Členenie na  BA, BB, BC zodpovedá povahe dilatačných celkov, ktoré objekt delia na jednotlivé bloky. Jestvujúci objekt bol realizovaný cca v r. 1969 ako štvor až päť podlažná stavba s konštrukčným systémom zo železobetónového skeletu prefabrikovaných stropných panelov s predsadenými obvodovými tehlopanelmi s plochou strechou a atikou o zastavanej ploche cca 2 329,50 m2.Objekt je napojený na všetky inžinierske siete. Využívaný je na výučbové a výskumné aktivity pre študentov spolu so zázemím pre učiteľov a výskumníkov. Objekt je v súčasnosti zateplený 6 cm polystyrénom, strecha je po generálnej oprave krytiny, ktorá v súčasnosti nevyhovuje teplo-technickej norme a je potrebné zrealizovať doteplenie z interiéru. Na každom poschodí sú WC a zázemie pre upratovačky. Navrhované stavebné úpravy predstavujú zateplenie obvodových stien riešenej časti budovy vrátane výplní otvorov, doteplenie strechy z interiéru, rekonštrukciu vykurovacieho systému a  výmenu svietidiel spolu s vybudovaním fotovoltaiky na streche objektu.  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 blocks BA, BB, BC University of Žilina, University 8215/1, 010 26 Žilina, which mainly serve to ensure the teaching process of university studies. All blocks form one building SO01. The breakdown into BA, BB, BC corresponds to the nature of the expansion units that divide the object into individual blocks. The existing building was realised approx. in 1969 as a four to five floor building with a structural system made of reinforced concrete skeleton prefabricated ceiling panels with pre-installed perimeter brickholsterels with a flat roof and attic with a built-up area of about 2329,50 m². The object is connected to all utilities. It is used for teaching and research activities for students along with the background for teachers and researchers. The building is currently insulated with 6 cm polystyrene, the roof is after overhaul of the covering, which currently does not meet the heat-technical standard and it is necessary to realise the warming from the interior. On each floor there are toilets and facilities for cleaners. The proposed building modifications represent the insulation of the external walls of the designed part of the building, including filling holes, warming of the roof from the interior, reconstruction of the heating system and replacement of luminaires together with the construction of photovoltaics on the roof of the building.  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

    310041K486
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