Thermal modernisation of the building of the district office in Mielec at ul. Sękowskiego 2B (Q118615): Difference between revisions
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(Created claim: summary (P836): The main objective of the project is to improve the energy efficiency of the building through deep thermo-modernisation. The main objective of the project consists of sub-targets: — an increase in the share of renewable energy in the electrical balance of the building — against. 80 photo panels. — 27 % — reduction of the demand for primary energy EP — 317.5 kWh/year — reduction of final heat consumption — 170.6 MWh- reduction of the costs of ope...) |
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| Property / summary | |||
The main objective of the project is to improve the energy efficiency of the building through deep thermo-modernisation. The main objective of the project consists of sub-targets: — an increase in the share of renewable energy in the electrical balance of the building — against. 80 photo panels. — 27 % — reduction of the demand for primary energy EP — 317.5 kWh/year — reduction of final heat consumption — 170.6 MWh- reduction of the costs of operating the plant — PLN 39 916,64 — improvement of the natural environment by reducing CO2-40.94 t/-renewal of the natural environment by reducing the emissions of CO250,3-219.4 t/contract for deep thermal modernisation of the public utility building — 490.7 m² — replacement of the roof wall — replacement of an external door on the basement and 162.1 kW- replacement of an external door. — replacement of an external door on the installation of ventilation, air conditioning and ventilation of the installation — an analysis of the effects, comparison of the energy consumption of the building before and after the modernisation, based on the thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading, on the basis of thermal vision studies, studies of effects, comparison of parameters of the energy consumption of the building before and after the renovation, on the basis of thermo-vision studies of the continuity layers of the insulation layers and of an air navigation test, the scope covers non-eligible expenditure: installation of wd. — canes, gas, electricity (sockets and boards, installations), Assembly of radiators and pipes against., cellar and boiler walls, including the replacement of 4 windows, lawns and plantings. (English) | |||
| Property / summary: The main objective of the project is to improve the energy efficiency of the building through deep thermo-modernisation. The main objective of the project consists of sub-targets: — an increase in the share of renewable energy in the electrical balance of the building — against. 80 photo panels. — 27 % — reduction of the demand for primary energy EP — 317.5 kWh/year — reduction of final heat consumption — 170.6 MWh- reduction of the costs of operating the plant — PLN 39 916,64 — improvement of the natural environment by reducing CO2-40.94 t/-renewal of the natural environment by reducing the emissions of CO250,3-219.4 t/contract for deep thermal modernisation of the public utility building — 490.7 m² — replacement of the roof wall — replacement of an external door on the basement and 162.1 kW- replacement of an external door. — replacement of an external door on the installation of ventilation, air conditioning and ventilation of the installation — an analysis of the effects, comparison of the energy consumption of the building before and after the modernisation, based on the thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading, on the basis of thermal vision studies, studies of effects, comparison of parameters of the energy consumption of the building before and after the renovation, on the basis of thermo-vision studies of the continuity layers of the insulation layers and of an air navigation test, the scope covers non-eligible expenditure: installation of wd. — canes, gas, electricity (sockets and boards, installations), Assembly of radiators and pipes against., cellar and boiler walls, including the replacement of 4 windows, lawns and plantings. (English) / rank | |||
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Revision as of 08:50, 10 March 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Thermal modernisation of the building of the district office in Mielec at ul. Sękowskiego 2B |
Project in Poland financed by DG Regio |
Statements
808,167.7 zloty
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1,214,224.96 zloty
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85.0 percent
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31 December 2015
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29 December 2017
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POWIAT MIELECKI
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Celem głównym projektu jest poprawa efektywności energetycznej budynku poprzez głęboką termomodernizację. Na cel główny projektu składają się cele cząstkowe:- zwiększenie udziału odnawialnych źródeł energii w bilansie elektrycznym budynku - inst. 80 paneli fotowolt. - 27%- zmniejszenie zapotrzebowania na energię pierwotną EP - 317,5 kWh/rok- zmniejszenie zużycia finalnej energii cieplnej - 170,6 MWh- zmniejszenie kosztów eksploatacji obiektu - 39 916,64 zł- poprawa stanu środowiska naturalnego poprzez redukcję emisji CO2 - 40,94 t/rokProjekt dot. głębokiej termomodernizacji energetycznej budynku użyteczności publicznej, w tym:- docieplenie ścian fundament. przy gruncie - 250,3 m2 - rekonstrukcja opaski odbojowej - docieplenie posadzki w piwnicy 219,4 m2 i na partnerze na gruncie -162,1 m2- docieplenie stropodachu - 490,7 m2- wzmocnienie konstrukcji dachu pod panele fotowoltaiczne - instalacja 2 powietrznych pomp ciepła z zasobnikiem dla c.w.u.- wymiana kotła gazowego na dwa kotły gazowe kondensacyjne o mocy 65 kW i 35 kW- wymiana 79 zaworów termostatycznych- izolacja 622 m przewodów c.o.- klimatyzacja i wentylacja mechaniczna nawiewno – wywiewna.- wymianę instalacji elektrycznej w tym zmiana oświetlenia na LED, - instalację paneli fotowoltaicznych o mocy 20 kW [80 szt.]- instalację układu kompensacji mocy biernej- wymiana stolarki zewnętrznej - wymiana drzwi zewnętrznych na wykonane z PCV o współczynniku przewodności ?=1,15W/mK- zasilanie instalacji wentylacji, klimatyzacji i kotłowni- Zostanie sporządzony audyt powykonawczy - analiza efektów,porównanie parametrów zużycia energii budynku przed realizacją projektu i po modernizacji na podstawie termowizyjnych badań ciągłości warstw izolacji oraz powietrznego badania szczelnościZakres rzeczowy obejmuje wydatki niekwalifikowane: instalację wod. – kan., gazową, elektryczną (gniazda i tablice, instalacje ), montaż grzejników i rur inst., ściany wewn. piwnic i kotłowni wraz z wymianą 4 okien, trawniki i nasadzenia. (Polish)
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The main objective of the project is to improve the energy efficiency of the building through deep thermo-modernisation. The main objective of the project consists of sub-targets: — an increase in the share of renewable energy in the electrical balance of the building — against. 80 photo panels. — 27 % — reduction of the demand for primary energy EP — 317.5 kWh/year — reduction of final heat consumption — 170.6 MWh- reduction of the costs of operating the plant — PLN 39 916,64 — improvement of the natural environment by reducing CO2-40.94 t/-renewal of the natural environment by reducing the emissions of CO250,3-219.4 t/contract for deep thermal modernisation of the public utility building — 490.7 m² — replacement of the roof wall — replacement of an external door on the basement and 162.1 kW- replacement of an external door. — replacement of an external door on the installation of ventilation, air conditioning and ventilation of the installation — an analysis of the effects, comparison of the energy consumption of the building before and after the modernisation, based on the thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after the upgrade on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading on the basis of thermal vision studies of the insulation layers of the building, and after upgrading, on the basis of thermal vision studies, studies of effects, comparison of parameters of the energy consumption of the building before and after the renovation, on the basis of thermo-vision studies of the continuity layers of the insulation layers and of an air navigation test, the scope covers non-eligible expenditure: installation of wd. — canes, gas, electricity (sockets and boards, installations), Assembly of radiators and pipes against., cellar and boiler walls, including the replacement of 4 windows, lawns and plantings. (English)
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Identifiers
RPPK.03.02.00-18-0001/16
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