Solar School — installation of renewable energy sources in the municipality of Czyże. (Q116796): Difference between revisions
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(Removed claim: summary (P836): The subject of the investment is the construction of a micro-photovoltaic installation in Czyże 64 to the School Group, with the capacity of 20,3 kWp. The erection of a photovoltaic installation on the roof of the building is planned. The surface of the roofs for the planned investment is approximately 525 m², the surface area of the modules is approximately 117 m². Planned date of implementation of the project: from November 2018 to July 2019...) |
(Created claim: summary (P836): The subject of the investment is the construction of a photovoltaic micro-installation in Czyże 64 on the School Complex – installation capacity of 20.3 kWp. A photovoltaic installation on the roof of the building is planned. The area of the roofs for the planned investment is about 525 m², the area of the modules is about 117 m². Planned date of implementation of the project: November 2018 – July 2019 The main objective of the project is to gen...) |
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The subject of the investment is the construction of a photovoltaic micro-installation in Czyże 64 on the School Complex – installation capacity of 20.3 kWp. A photovoltaic installation on the roof of the building is planned. The area of the roofs for the planned investment is about 525 m², the area of the modules is about 117 m². Planned date of implementation of the project: November 2018 – July 2019 The main objective of the project is to generate electricity from RES for the company’s own needs, which will reduce CO2 emissions.This objective will be implemented through the installation of devices allowing the production of energy from RES The operational objective is to: • Construction of RES installations with a capacity of 0.0204 MWp As a result of which specific objectives will be implemented • Manufacture of electricity from RES • Reducing emissions of pollutants into the atmosphere Manufacturing electricity from solar energy will allow to increase the volume of energy produced from renewable sources, which will contribute to fulfilling Poland’s commitments under the climate package. Implementation of the project will also reduce emissions of pollutants into the atmosphere, will eliminate part of the energy produced from coal estimated EMISJI SPADEK IN TONACH CO2 equivalent for the project with carbon dioxide emission ratio for electricity production 0.812 Mg CO2/MWh As a result of the project, the applicant will reduce the CO2 emissions resulting from the use of electricity by 36 % (the fixed level of demand for electricity was established) 100.00 % of the project’s total costs, 86.100 Total costs, 86.100 % of the total cost of the project will eliminate part of the energy produced from coal. (English) | |||||||||||||||
| Property / summary: The subject of the investment is the construction of a photovoltaic micro-installation in Czyże 64 on the School Complex – installation capacity of 20.3 kWp. A photovoltaic installation on the roof of the building is planned. The area of the roofs for the planned investment is about 525 m², the area of the modules is about 117 m². Planned date of implementation of the project: November 2018 – July 2019 The main objective of the project is to generate electricity from RES for the company’s own needs, which will reduce CO2 emissions.This objective will be implemented through the installation of devices allowing the production of energy from RES The operational objective is to: • Construction of RES installations with a capacity of 0.0204 MWp As a result of which specific objectives will be implemented • Manufacture of electricity from RES • Reducing emissions of pollutants into the atmosphere Manufacturing electricity from solar energy will allow to increase the volume of energy produced from renewable sources, which will contribute to fulfilling Poland’s commitments under the climate package. Implementation of the project will also reduce emissions of pollutants into the atmosphere, will eliminate part of the energy produced from coal estimated EMISJI SPADEK IN TONACH CO2 equivalent for the project with carbon dioxide emission ratio for electricity production 0.812 Mg CO2/MWh As a result of the project, the applicant will reduce the CO2 emissions resulting from the use of electricity by 36 % (the fixed level of demand for electricity was established) 100.00 % of the project’s total costs, 86.100 Total costs, 86.100 % of the total cost of the project will eliminate part of the energy produced from coal. (English) / rank | |||||||||||||||
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| Property / summary: The subject of the investment is the construction of a photovoltaic micro-installation in Czyże 64 on the School Complex – installation capacity of 20.3 kWp. A photovoltaic installation on the roof of the building is planned. The area of the roofs for the planned investment is about 525 m², the area of the modules is about 117 m². Planned date of implementation of the project: November 2018 – July 2019 The main objective of the project is to generate electricity from RES for the company’s own needs, which will reduce CO2 emissions.This objective will be implemented through the installation of devices allowing the production of energy from RES The operational objective is to: • Construction of RES installations with a capacity of 0.0204 MWp As a result of which specific objectives will be implemented • Manufacture of electricity from RES • Reducing emissions of pollutants into the atmosphere Manufacturing electricity from solar energy will allow to increase the volume of energy produced from renewable sources, which will contribute to fulfilling Poland’s commitments under the climate package. Implementation of the project will also reduce emissions of pollutants into the atmosphere, will eliminate part of the energy produced from coal estimated EMISJI SPADEK IN TONACH CO2 equivalent for the project with carbon dioxide emission ratio for electricity production 0.812 Mg CO2/MWh As a result of the project, the applicant will reduce the CO2 emissions resulting from the use of electricity by 36 % (the fixed level of demand for electricity was established) 100.00 % of the project’s total costs, 86.100 Total costs, 86.100 % of the total cost of the project will eliminate part of the energy produced from coal. (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 15:56, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Solar School — installation of renewable energy sources in the municipality of Czyże. |
Project in Poland financed by DG Regio |
Statements
73,185.0 zloty
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86,100.0 zloty
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85.0 percent
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16 November 2018
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3 July 2019
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GMINA CZYŻE
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52°46'46.2"N, 23°25'19.2"E
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Przedmiotem inwestycji jest budowa mikroinstalacji fotowoltaicznej w miejscowości Czyże 64 na Zespole Szkół – moc instalacji 20,3 kWp. Planuje się posadowienie instalacji fotowoltaicznej na dachu budynku. Powierzchnia dachów pod planowaną inwestycję wynosi około 525 m2, powierzchnia modułów wynosi około 117 m2. Planowany termin realizacji projektu : listopad 2018 r. - lipiec 2019 r. Celem głównym realizowanego projektu jest wytwarzanie energii elektrycznej z OZE na potrzeby własne firmy, co pozwoli na ograniczenie emisji CO2.Cel ten realizowany będzie poprzez instalację urządzeń pozwalających na produkcję energii z OZE Celem operacyjnym jest: • budowa instalacji OZE o mocy 0,0204 MWp W wyniku której realizowane będą cele szczegółowe • Produkcja energii elektrycznej z OZE • Zmniejszenie emisji zanieczyszczeń do atmosfery Wytwarzanie energii elektrycznej z energii słonecznej pozwoli na zwiększenie wolumenu energii produkowanej z odnawialnych źródeł, co przyczyni się do wypełnienia zobowiązań Polski w ramach pakietu klimatycznego. Realizacja projektu wpłynie także na zmniejszenie emisji zanieczyszczeń do atmosfery, wyeliminuje część energii produkowanej z węgla SZACOWANY SPADEK EMISJI W TONACH EKWIWALENTU CO2 DLA PROJEKTU przy wskaźniku emisyjności dwutlenku węgla dla produkcji energii elektrycznej 0,812 Mg CO2/MWh W wyniku realizacji projektu wnioskodawca zredukuje emisję CO2 wynikającą z korzystania z energii elektrycznej o 36 % (założono stały poziom zapotrzebowania na energię elektryczną) Koszty całkowite projektu 86 100,00 zł, koszty kwalifikowalne projektu 86 100,00 zł, oczekiwana wartość wsparcia 73 185,00 zł, w ramach pomocy de minimis 85% (Polish)
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The subject of the investment is the construction of a photovoltaic micro-installation in Czyże 64 on the School Complex – installation capacity of 20.3 kWp. A photovoltaic installation on the roof of the building is planned. The area of the roofs for the planned investment is about 525 m², the area of the modules is about 117 m². Planned date of implementation of the project: November 2018 – July 2019 The main objective of the project is to generate electricity from RES for the company’s own needs, which will reduce CO2 emissions.This objective will be implemented through the installation of devices allowing the production of energy from RES The operational objective is to: • Construction of RES installations with a capacity of 0.0204 MWp As a result of which specific objectives will be implemented • Manufacture of electricity from RES • Reducing emissions of pollutants into the atmosphere Manufacturing electricity from solar energy will allow to increase the volume of energy produced from renewable sources, which will contribute to fulfilling Poland’s commitments under the climate package. Implementation of the project will also reduce emissions of pollutants into the atmosphere, will eliminate part of the energy produced from coal estimated EMISJI SPADEK IN TONACH CO2 equivalent for the project with carbon dioxide emission ratio for electricity production 0.812 Mg CO2/MWh As a result of the project, the applicant will reduce the CO2 emissions resulting from the use of electricity by 36 % (the fixed level of demand for electricity was established) 100.00 % of the project’s total costs, 86.100 Total costs, 86.100 % of the total cost of the project will eliminate part of the energy produced from coal. (English)
20 October 2020
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Identifiers
RPPD.05.01.00-20-0223/17
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