Q2705782 (Q2705782): Difference between revisions
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(Created claim: summary (P836): The main objective of the project is to disseminate clean energy generation technologies among residents through the general installation of RES in the area of Fajsławice. The implementation of the project will contribute to the diversification of sources of heat (ec.) and electricity (e.g.) energy production, which will improve the energy security of the inhabitants of the municipality. Replacing conventional sources of e. and ec. and producing...) |
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The main objective of the project is to disseminate clean energy generation technologies among residents through the general installation of RES in the area of Fajsławice. The implementation of the project will contribute to the diversification of sources of heat (ec.) and electricity (e.g.) energy production, which will improve the energy security of the inhabitants of the municipality. Replacing conventional sources of e. and ec. and producing ee. and ec. from RES will reduce greenhouse gas emissions to the atmosphere, directly contributing to the reduction of atmospheric air pollution and improving its quality. The implementation of the project will improve the well-being of residents, inter alia by reducing the financial burden on the local community and increasing the socio-economic attractiveness of the municipality. 169 (i.) photovoltaic installations with a total capacity of 560,17 kW will be installed in the building, including: — 43 i. with a power of 2,17 kW; — 44 i. with a power of 3.10 kW; — 82 i. with a power of 4,03 kW. The target variant consists of the installation of 46 i. heat pumps with a power of 3.5 kW each. The project also provides for the installation of 24 and. biomass boilers with a total capacity of 485,00 kW, including: — 3 i.a. with a power of 15 kW; — 17 i. with a power of 20 kW; — 4 i. with a power of 25 kW. 45 i. solar collectors with a total power of 161,50 kW will be installed, including: — 40 i., 2 panels with a power of 3.4 kW; — 5 and 3 panels with a power of 5.1 kW. The following indicators will be achieved: Additional capacity. Renewable thermal enrichment [MWt]: 0,80750; Additional capacity. EN. from renewable sources (CI30) [MW]: 1,36767; Thermal production from newly built RES installations [MWht/year]: 602,84; Production en. Elect. from newly built/new generation capacity of RES installations [MWe/year]: 532,16. The estimated annual reduction in greenhouse gas emissions (CI34) [tCO2/year} will be 649.24. The planned investment is in line with a number of strategic documents set out in point 2.11. of this proposal. (English) | |||||||||||||||
| Property / summary: The main objective of the project is to disseminate clean energy generation technologies among residents through the general installation of RES in the area of Fajsławice. The implementation of the project will contribute to the diversification of sources of heat (ec.) and electricity (e.g.) energy production, which will improve the energy security of the inhabitants of the municipality. Replacing conventional sources of e. and ec. and producing ee. and ec. from RES will reduce greenhouse gas emissions to the atmosphere, directly contributing to the reduction of atmospheric air pollution and improving its quality. The implementation of the project will improve the well-being of residents, inter alia by reducing the financial burden on the local community and increasing the socio-economic attractiveness of the municipality. 169 (i.) photovoltaic installations with a total capacity of 560,17 kW will be installed in the building, including: — 43 i. with a power of 2,17 kW; — 44 i. with a power of 3.10 kW; — 82 i. with a power of 4,03 kW. The target variant consists of the installation of 46 i. heat pumps with a power of 3.5 kW each. The project also provides for the installation of 24 and. biomass boilers with a total capacity of 485,00 kW, including: — 3 i.a. with a power of 15 kW; — 17 i. with a power of 20 kW; — 4 i. with a power of 25 kW. 45 i. solar collectors with a total power of 161,50 kW will be installed, including: — 40 i., 2 panels with a power of 3.4 kW; — 5 and 3 panels with a power of 5.1 kW. The following indicators will be achieved: Additional capacity. Renewable thermal enrichment [MWt]: 0,80750; Additional capacity. EN. from renewable sources (CI30) [MW]: 1,36767; Thermal production from newly built RES installations [MWht/year]: 602,84; Production en. Elect. from newly built/new generation capacity of RES installations [MWe/year]: 532,16. The estimated annual reduction in greenhouse gas emissions (CI34) [tCO2/year} will be 649.24. The planned investment is in line with a number of strategic documents set out in point 2.11. of this proposal. (English) / rank | |||||||||||||||
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| Property / summary: The main objective of the project is to disseminate clean energy generation technologies among residents through the general installation of RES in the area of Fajsławice. The implementation of the project will contribute to the diversification of sources of heat (ec.) and electricity (e.g.) energy production, which will improve the energy security of the inhabitants of the municipality. Replacing conventional sources of e. and ec. and producing ee. and ec. from RES will reduce greenhouse gas emissions to the atmosphere, directly contributing to the reduction of atmospheric air pollution and improving its quality. The implementation of the project will improve the well-being of residents, inter alia by reducing the financial burden on the local community and increasing the socio-economic attractiveness of the municipality. 169 (i.) photovoltaic installations with a total capacity of 560,17 kW will be installed in the building, including: — 43 i. with a power of 2,17 kW; — 44 i. with a power of 3.10 kW; — 82 i. with a power of 4,03 kW. The target variant consists of the installation of 46 i. heat pumps with a power of 3.5 kW each. The project also provides for the installation of 24 and. biomass boilers with a total capacity of 485,00 kW, including: — 3 i.a. with a power of 15 kW; — 17 i. with a power of 20 kW; — 4 i. with a power of 25 kW. 45 i. solar collectors with a total power of 161,50 kW will be installed, including: — 40 i., 2 panels with a power of 3.4 kW; — 5 and 3 panels with a power of 5.1 kW. The following indicators will be achieved: Additional capacity. Renewable thermal enrichment [MWt]: 0,80750; Additional capacity. EN. from renewable sources (CI30) [MW]: 1,36767; Thermal production from newly built RES installations [MWht/year]: 602,84; Production en. Elect. from newly built/new generation capacity of RES installations [MWe/year]: 532,16. The estimated annual reduction in greenhouse gas emissions (CI34) [tCO2/year} will be 649.24. The planned investment is in line with a number of strategic documents set out in point 2.11. of this proposal. (English) / qualifier | |||||||||||||||
point in time: 7 July 2021
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Revision as of 20:16, 7 July 2021
Project Q2705782 in Poland
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q2705782 in Poland |
Statements
2,288,558.28 zloty
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3,520,858.9 zloty
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65.0 percent
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11 September 2019
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31 May 2022
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GMINA FAJSŁAWICE
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51°5'43.4"N, 22°57'44.6"E
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Celem głównym projektu jest upowszechnienie technologii wytwarzania czystej energii wśród mieszkańców poprzez powszechny montaż OZE na terenie gm. Fajsławice. Realizacja p. przyczyni się do dywersyfikacji źródeł pozyskiwania energii cieplnej (ec.) i elektrycznej (ee.), przez co wpłynie na poprawę bezpieczeństwa energetycznego mieszkańców gminy. Zastąpienie konwencjonalnych źródeł ee. i ec. i wytwarzanie ee. i ec. z OZE spowoduje zmniejszenie emisji gazów cieplarnianych do atmosfery, przyczyniając się bezpośrednio do redukcji zanieczyszczenia powietrza atmosf. i poprawy jego jakości. Realizacja p. poprawi komfort życia mieszkańców m.in. poprzez zmniejszenie obciążeń finansowych społeczności lokalnej oraz podniesie atrakcyjność społeczno-gospodarczą gminy. W ramach p. na terenie gm. zostanie zainstalowanych 169 instalacji (i.) fotowoltaicznych o sumarycznej mocy 560,17 kW, w tym: - 43 i. o mocy 2,17 kW; - 44 i. o mocy 3,10 kW; - 82 i. o mocy 4,03 kW. Na wariant docelowy składa się montaż 46 i. pomp ciepła o mocy 3,5 kW każda. W ramach projektu przewidziano ponadto montaż 24 i. kotłów na biomasę o sumarycznej mocy 485,00 kW, w tym: - 3 i.o mocy 15 kW; - 17 i. o mocy 20 kW; - 4 i. o mocy 25 kW. Zamontowanych zostanie 45 i. kolektorów słonecznych o sumarycznej mocy 161,50 kW, w tym: - 40 i., 2 panelowych o mocy 3,4 kW; - 5 i. 3 panelowych o mocy 5,1 kW. W p. osiągnięte zostaną wskaźniki: Dodatkowa zdolność wytw. En. cieplnej ze źródeł odnawialnych [MWt]: 0,80750; Dodatkowa zdolność wytw. En. ze źródeł odnawialnych (CI30) [MW]: 1,36767; Produkcja en.cieplnej z nowo wybudowanych instalacji wykorzystujących OZE [MWht/rok]: 602,84; Produkcja en. Elekt. z nowo wybudowanych/nowych mocy wytwórczych instalacji wykorzystujących OZE [MWe/rok]: 532,16. Szacowany roczny spadek emisji gazów cieplarnianych (CI34) [tCO2/rok} wyniesie 649,24. Planowana inwestycja jest zgodna szeregiem dokumentów strategicznych wykazanych w niniejszym wniosku w pkt 2.11.. (Polish)
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The main objective of the project is to disseminate clean energy generation technologies among residents through the general installation of RES in the area of Fajsławice. The implementation of the project will contribute to the diversification of sources of heat (ec.) and electricity (e.g.) energy production, which will improve the energy security of the inhabitants of the municipality. Replacing conventional sources of e. and ec. and producing ee. and ec. from RES will reduce greenhouse gas emissions to the atmosphere, directly contributing to the reduction of atmospheric air pollution and improving its quality. The implementation of the project will improve the well-being of residents, inter alia by reducing the financial burden on the local community and increasing the socio-economic attractiveness of the municipality. 169 (i.) photovoltaic installations with a total capacity of 560,17 kW will be installed in the building, including: — 43 i. with a power of 2,17 kW; — 44 i. with a power of 3.10 kW; — 82 i. with a power of 4,03 kW. The target variant consists of the installation of 46 i. heat pumps with a power of 3.5 kW each. The project also provides for the installation of 24 and. biomass boilers with a total capacity of 485,00 kW, including: — 3 i.a. with a power of 15 kW; — 17 i. with a power of 20 kW; — 4 i. with a power of 25 kW. 45 i. solar collectors with a total power of 161,50 kW will be installed, including: — 40 i., 2 panels with a power of 3.4 kW; — 5 and 3 panels with a power of 5.1 kW. The following indicators will be achieved: Additional capacity. Renewable thermal enrichment [MWt]: 0,80750; Additional capacity. EN. from renewable sources (CI30) [MW]: 1,36767; Thermal production from newly built RES installations [MWht/year]: 602,84; Production en. Elect. from newly built/new generation capacity of RES installations [MWe/year]: 532,16. The estimated annual reduction in greenhouse gas emissions (CI34) [tCO2/year} will be 649.24. The planned investment is in line with a number of strategic documents set out in point 2.11. of this proposal. (English)
7 July 2021
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Identifiers
RPLU.04.01.00-06-0064/19
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