Reducing the energy intensity of the dormitory building SO 01 Block A,B of the University of Žilina in ilina (Q3100816): Difference between revisions
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(Changed an Item: modifying co-finance rate with the percentage) |
(Created claim: summary (P836): The subject of the project is to reduce the energy intensity of the building of the accommodation facility (hereinafter also referred to as UZ) of the University of Žilina – Blok A,B, which serves to accommodate students during the school semester. Within the block there are double and triple rooms with a total capacity of 420 beds.Budova UZ Blok A,B is situated on par. No. 5118/2, p. 1763. The comprehensive insulation project addresses shortcom...) |
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The subject of the project is to reduce the energy intensity of the building of the accommodation facility (hereinafter also referred to as UZ) of the University of Žilina – Blok A,B, which serves to accommodate students during the school semester. Within the block there are double and triple rooms with a total capacity of 420 beds.Budova UZ Blok A,B is situated on par. No. 5118/2, p. 1763. The comprehensive insulation project addresses shortcomings in the field of thermal, energy and hygiene. Specific measures will cover the insulation of the roof and outer casing, the replacement of opening structures, the modernisation of wiring, lighting and hot water. In addition to energy savings, the implementation of the proposed modifications will significantly contribute to improving thermal comfort and overall microclimate indoors and achieve a more appropriate architectural expression. The main objective of the project is to reduce the energy intensity of the internal SO 01 Block A,B of the University of Žilina. The implemented change will reduce the overall energy intensity of the building, shifting the building from energy class E to class A1, achieving a reduction in energy demand of 828806.9 kWh/year, resulting in a reduction of 328.77 tonnes per year for greenhouse gas emissions. After the realisation of the project, the building will be classified as ultra-low-energy. (English) | |||||||||||||||
| Property / summary: The subject of the project is to reduce the energy intensity of the building of the accommodation facility (hereinafter also referred to as UZ) of the University of Žilina – Blok A,B, which serves to accommodate students during the school semester. Within the block there are double and triple rooms with a total capacity of 420 beds.Budova UZ Blok A,B is situated on par. No. 5118/2, p. 1763. The comprehensive insulation project addresses shortcomings in the field of thermal, energy and hygiene. Specific measures will cover the insulation of the roof and outer casing, the replacement of opening structures, the modernisation of wiring, lighting and hot water. In addition to energy savings, the implementation of the proposed modifications will significantly contribute to improving thermal comfort and overall microclimate indoors and achieve a more appropriate architectural expression. The main objective of the project is to reduce the energy intensity of the internal SO 01 Block A,B of the University of Žilina. The implemented change will reduce the overall energy intensity of the building, shifting the building from energy class E to class A1, achieving a reduction in energy demand of 828806.9 kWh/year, resulting in a reduction of 328.77 tonnes per year for greenhouse gas emissions. After the realisation of the project, the building will be classified as ultra-low-energy. (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is to reduce the energy intensity of the building of the accommodation facility (hereinafter also referred to as UZ) of the University of Žilina – Blok A,B, which serves to accommodate students during the school semester. Within the block there are double and triple rooms with a total capacity of 420 beds.Budova UZ Blok A,B is situated on par. No. 5118/2, p. 1763. The comprehensive insulation project addresses shortcomings in the field of thermal, energy and hygiene. Specific measures will cover the insulation of the roof and outer casing, the replacement of opening structures, the modernisation of wiring, lighting and hot water. In addition to energy savings, the implementation of the proposed modifications will significantly contribute to improving thermal comfort and overall microclimate indoors and achieve a more appropriate architectural expression. The main objective of the project is to reduce the energy intensity of the internal SO 01 Block A,B of the University of Žilina. The implemented change will reduce the overall energy intensity of the building, shifting the building from energy class E to class A1, achieving a reduction in energy demand of 828806.9 kWh/year, resulting in a reduction of 328.77 tonnes per year for greenhouse gas emissions. After the realisation of the project, the building will be classified as ultra-low-energy. (English) / qualifier | |||||||||||||||
point in time: 28 September 2021
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Revision as of 13:54, 28 September 2021
Project Q3100816 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Reducing the energy intensity of the dormitory building SO 01 Block A,B of the University of Žilina in ilina |
Project Q3100816 in Slovakia |
Statements
1,419,713.61 Euro
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1,670,251.31 Euro
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85.0 percent
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1 December 2018
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1 November 2020
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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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Predmetom projektu je zníženie energetickej náročnosti budovy ubytovacieho zariadenia (ďalej v texte aj UZ) Žilinskej univerzity v Žiline – Blok A,B, ktorá slúži na ubytovanie študentov počas školského semestra. V rámci bloku sa nachádzajú dvoj a trojlôžkové izby s celkovou kapacitou spolu 420 lôžok.Budova UZ Blok A,B je situovaná na par.č. 5118/2, s.č. 1763. Projekt komplexného zateplenia rieši nedostatky v oblasti tepelno-technickej, energetickej a hygienickej. Konkrétne opatrenia sa budú týkať zateplenia strešného a obvodového plášťa, výmeny otvorových konštrukcií, modernizácie elektroinštalácie, osvetlenia a prípravy teplej vody. Realizáciou navrhovaných úprav sa popri energetických úsporách podstatne prispeje k zlepšeniu tepelnej pohody a celkovej mikroklímy v interiéri a dosiahne sa vhodnejší architektonický výraz. Hlavným cieľom projektu je zníženie energetickej náročnosti Internátu SO 01 Blok A,B Žilinskej univerzity v Žiline. Realizovaná zmena zníži celkovú energetickú náročnosť budovy, vďaka čomu sa budova presunie z energetickej triedy E do triedy A1, dosiahne sa zníženie potreby energie na úrovni 828 806,9 kWh/rok, čo sa v prípade emisií skleníkových plynov prejaví na znížení o 328,77 ton ročne. Po realizácií projektu bude budova klasifikovaná ako ultranízkoenergetická. (Slovak)
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The subject of the project is to reduce the energy intensity of the building of the accommodation facility (hereinafter also referred to as UZ) of the University of Žilina – Blok A,B, which serves to accommodate students during the school semester. Within the block there are double and triple rooms with a total capacity of 420 beds.Budova UZ Blok A,B is situated on par. No. 5118/2, p. 1763. The comprehensive insulation project addresses shortcomings in the field of thermal, energy and hygiene. Specific measures will cover the insulation of the roof and outer casing, the replacement of opening structures, the modernisation of wiring, lighting and hot water. In addition to energy savings, the implementation of the proposed modifications will significantly contribute to improving thermal comfort and overall microclimate indoors and achieve a more appropriate architectural expression. The main objective of the project is to reduce the energy intensity of the internal SO 01 Block A,B of the University of Žilina. The implemented change will reduce the overall energy intensity of the building, shifting the building from energy class E to class A1, achieving a reduction in energy demand of 828806.9 kWh/year, resulting in a reduction of 328.77 tonnes per year for greenhouse gas emissions. After the realisation of the project, the building will be classified as ultra-low-energy. (English)
28 September 2021
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Identifiers
310041C085
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