Environmentally friendly World — Edition II — residential buildings (solar collectors) (Q104721): Difference between revisions
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(Removed claim: summary (P836): The project provides for the installation of 161 solar installations to assist in the preparation of hot water for use in residential buildings in Świdnik. On the basis of the surveys collected from the population and the results of local surveys on this basis, where the technical feasibility of installing the installation was checked, the project was selected as follows: — 69 properties, where a set of 2 collectors and tank (200) — 86 with a...) |
(Created claim: summary (P836): The project provides for the installation of 161 solar installations to assist the preparation of hot water in residents’ buildings in Świdnik. On the basis of surveys collected from residents and the results of local surveys carried out on this basis, where the technical possibility of installing the installation was checked, qualified for the project: — 69 properties, where a set of 2 collectors and a tank with a capacity of 200 l – 86 was des...) |
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The project provides for the installation of 161 solar installations to assist the preparation of hot water in residents’ buildings in Świdnik. On the basis of surveys collected from residents and the results of local surveys carried out on this basis, where the technical possibility of installing the installation was checked, qualified for the project: — 69 properties, where a set of 2 collectors and a tank with a capacity of 200 l – 86 was designed with a set of 3 collectors and a tank of 300 l – 5 with a set of 4 collectors and a tank with a capacity of 400 l – 1 with a set of 5 collectors and a tank with a capacity of 500 l. Solar panels will be installed on roofs and elevations. The task of the designed solar installations is to support the process of preparing hot water using solar system and thus to partially replace the energy obtained from conventional sources (coal, gas, wood, electricity) with solar energy. The implementation of the project will reduce emissions of harmful substances to the environment and improve the economic situation of residents by covering a large part of the demand for hot water. In order to ensure energy security, traditional energy sources and media will be diversified, as well as a gradual increase in the share of renewable energy sources. The target group of the project will be direct users of the project – residents in the houses will be installed solar sets, the effects of the project will also be used by other residents of Świdnik and the region, who will actually experience a decrease in CO2 emissions. Number of solar collectors planned for installation – 161 pcs.Number of solar panels installed – 416 pcs. Planned installed capacity of thermal energy – 0,58 MW Estimated CO2-114,591 tonnes CO2 equivalent/year Estimated production of heat from newly built RES-based installations – 253,86 MWht/year (English) | |||||||||||||||
| Property / summary: The project provides for the installation of 161 solar installations to assist the preparation of hot water in residents’ buildings in Świdnik. On the basis of surveys collected from residents and the results of local surveys carried out on this basis, where the technical possibility of installing the installation was checked, qualified for the project: — 69 properties, where a set of 2 collectors and a tank with a capacity of 200 l – 86 was designed with a set of 3 collectors and a tank of 300 l – 5 with a set of 4 collectors and a tank with a capacity of 400 l – 1 with a set of 5 collectors and a tank with a capacity of 500 l. Solar panels will be installed on roofs and elevations. The task of the designed solar installations is to support the process of preparing hot water using solar system and thus to partially replace the energy obtained from conventional sources (coal, gas, wood, electricity) with solar energy. The implementation of the project will reduce emissions of harmful substances to the environment and improve the economic situation of residents by covering a large part of the demand for hot water. In order to ensure energy security, traditional energy sources and media will be diversified, as well as a gradual increase in the share of renewable energy sources. The target group of the project will be direct users of the project – residents in the houses will be installed solar sets, the effects of the project will also be used by other residents of Świdnik and the region, who will actually experience a decrease in CO2 emissions. Number of solar collectors planned for installation – 161 pcs.Number of solar panels installed – 416 pcs. Planned installed capacity of thermal energy – 0,58 MW Estimated CO2-114,591 tonnes CO2 equivalent/year Estimated production of heat from newly built RES-based installations – 253,86 MWht/year (English) / rank | |||||||||||||||
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| Property / summary: The project provides for the installation of 161 solar installations to assist the preparation of hot water in residents’ buildings in Świdnik. On the basis of surveys collected from residents and the results of local surveys carried out on this basis, where the technical possibility of installing the installation was checked, qualified for the project: — 69 properties, where a set of 2 collectors and a tank with a capacity of 200 l – 86 was designed with a set of 3 collectors and a tank of 300 l – 5 with a set of 4 collectors and a tank with a capacity of 400 l – 1 with a set of 5 collectors and a tank with a capacity of 500 l. Solar panels will be installed on roofs and elevations. The task of the designed solar installations is to support the process of preparing hot water using solar system and thus to partially replace the energy obtained from conventional sources (coal, gas, wood, electricity) with solar energy. The implementation of the project will reduce emissions of harmful substances to the environment and improve the economic situation of residents by covering a large part of the demand for hot water. In order to ensure energy security, traditional energy sources and media will be diversified, as well as a gradual increase in the share of renewable energy sources. The target group of the project will be direct users of the project – residents in the houses will be installed solar sets, the effects of the project will also be used by other residents of Świdnik and the region, who will actually experience a decrease in CO2 emissions. Number of solar collectors planned for installation – 161 pcs.Number of solar panels installed – 416 pcs. Planned installed capacity of thermal energy – 0,58 MW Estimated CO2-114,591 tonnes CO2 equivalent/year Estimated production of heat from newly built RES-based installations – 253,86 MWht/year (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 16:41, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Environmentally friendly World — Edition II — residential buildings (solar collectors) |
Project in Poland financed by DG Regio |
Statements
1,271,639.55 zloty
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1,496,046.54 zloty
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85.0 percent
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19 April 2016
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31 August 2020
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GMINA MIEJSKA ŚWIDNIK
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W ramach projektu przewidziano do realizacji montaż 161 instalacji solarnych do wspomagania przygotowania ciepłej wody użytkowej w budynkach mieszkańców na terenie Świdnika. Na podstawie zebranych od mieszkańców ankiet oraz wyników przeprowadzonych na tej podstawie wizji lokalnych gdzie sprawdzano techniczną możliwość montażu instalacji, zakwalifikowano do projektu: - 69 nieruchomości, gdzie zaprojektowano zestaw z 2 kolektorami i zbiornikiem o poj.200l - 86 z zestawem z 3 kolektorami i zbiornikiem o poj.300l - 5 z zestawem z 4 kolektorami i zbiornikiem o poj.400l - 1 z zestawem z 5 kolektorami i zbiornikiem o poj.500l Panele słoneczne będą montowane na dachach i elewacjach. Zadaniem projektowanych instalacji solarnych jest wspomaganie procesu przygotowania ciepłej wody użytkowej za pośrednictwem systemu solarnego, a tym samym częściowe zastąpienie energii pozyskiwanej ze źródeł konwencjonalnych (węgiel,gaz,drewno,energia elektryczna) energią słoneczną. Realizacja projektu pozwoli ograniczyć emisję substancji szkodliwych do środowiska oraz poprawić sytuację ekonomiczną mieszkańców poprzez pokrycie dużej części zapotrzebowania na ciepłą wodę użytkową. W celu zapewnienia bezpieczeństwa energetycznego nastąpi dywersyfikacja tradycyjnych źródeł i nośników energii, jak również stopniowe zwiększanie udziału odnawialnych źródeł energii. Grupą docelową projektu będą bezpośredni użytkownicy projektu - mieszkańcy w domach zostaną zainstalowane zestawy solarne, z efektów projektu będą korzystać również pozostali mieszkańcy Świdnika i regionu, którzy realnie odczują spadek emisji CO2. Liczba przewidzianych do wykonanych instalacji kolektorów słonecznych - 161 szt.Liczba zainstalowanych paneli słonecznych -416 szt. Planowana moc zainstalowana energii cieplnej - 0,58 MW Szacowany spadek emisji CO2 - 114,591 tony ekwiwalentu CO2 / rok Szacowana produkcja energii cieplnej z nowo wybudowanych mocy wytwórczych instalacji wykorzystujących OZE - 253,86 MWht/rok (Polish)
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The project provides for the installation of 161 solar installations to assist the preparation of hot water in residents’ buildings in Świdnik. On the basis of surveys collected from residents and the results of local surveys carried out on this basis, where the technical possibility of installing the installation was checked, qualified for the project: — 69 properties, where a set of 2 collectors and a tank with a capacity of 200 l – 86 was designed with a set of 3 collectors and a tank of 300 l – 5 with a set of 4 collectors and a tank with a capacity of 400 l – 1 with a set of 5 collectors and a tank with a capacity of 500 l. Solar panels will be installed on roofs and elevations. The task of the designed solar installations is to support the process of preparing hot water using solar system and thus to partially replace the energy obtained from conventional sources (coal, gas, wood, electricity) with solar energy. The implementation of the project will reduce emissions of harmful substances to the environment and improve the economic situation of residents by covering a large part of the demand for hot water. In order to ensure energy security, traditional energy sources and media will be diversified, as well as a gradual increase in the share of renewable energy sources. The target group of the project will be direct users of the project – residents in the houses will be installed solar sets, the effects of the project will also be used by other residents of Świdnik and the region, who will actually experience a decrease in CO2 emissions. Number of solar collectors planned for installation – 161 pcs.Number of solar panels installed – 416 pcs. Planned installed capacity of thermal energy – 0,58 MW Estimated CO2-114,591 tonnes CO2 equivalent/year Estimated production of heat from newly built RES-based installations – 253,86 MWht/year (English)
17 October 2020
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Identifiers
RPLU.04.01.00-06-0115/16
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