Clean energy in the Gmina Luk III (Q104811): Difference between revisions
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(Removed claim: summary (P836): The primary task of the project is to replace the existing fossil fuel production from renewable raw materials. 53 solar collectors installations (1 two panels with a power of 3,1 KW, 51 panel with a power of 4,7 KW, 1 four panel 6,2 TA) and 308 open photovoltaic installations of 2,32 KW. The total installed capacity of the equipment will be 0.96 MW. Estimated decrease of CO2 emissions in the atmosphere: 536,18 tonnes per year. All installatio...) |
(Created claim: summary (P836): The main task of the project is to replace the existing production of fossil energy from renewable sources. There will be 53 solar collector installations (1 two-panel with a capacity of 3.1 KW, 51 three-panel with a capacity of 4.7 KW, 1 four-panel with a capacity of 6.2 KW) and 308 open photovoltaic installations of 2.32 KW. The total installed power of the devices will be 0,96 MW. Estimated reduction of CO2 emissions into the atmosphere: 536,...) |
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The main task of the project is to replace the existing production of fossil energy from renewable sources. There will be 53 solar collector installations (1 two-panel with a capacity of 3.1 KW, 51 three-panel with a capacity of 4.7 KW, 1 four-panel with a capacity of 6.2 KW) and 308 open photovoltaic installations of 2.32 KW. The total installed power of the devices will be 0,96 MW. Estimated reduction of CO2 emissions into the atmosphere: 536,18 tons a year. All installations will be located on rooftops and facade of private dwellings. Their height shall not exceed 3 m from the surface of the roof. A project website will be created with the following elements: project description, installation manuals, RES technology information, electronic communication forms. It also implements an intelligent energy management system based on ICT technologies that deal with measurement, operation and monitoring of installed devices (on-line connection). The project will be useful for project stakeholders. The municipality will own new RES infrastructure, which will improve the quality of municipal services. The participants of the project will use installations located in residential facilities, which will reduce maintenance costs, and will save time by minimising maintenance operations. The environmental impact will be important for all stakeholders in the project, which will contribute to reducing harmful substances in the air. By reducing “low” emissions from domestic fireplaces, including in particular PM10 particulate matter, whose overnormative 24-hour concentrations were found in the Lublin zone, the project contributes to the realisation of the objectives of the “Air Protection Programme for the Lublin Zone” (it was classified as zone C and thus required to develop the Programme). (English) | |||||||||||||||
| Property / summary: The main task of the project is to replace the existing production of fossil energy from renewable sources. There will be 53 solar collector installations (1 two-panel with a capacity of 3.1 KW, 51 three-panel with a capacity of 4.7 KW, 1 four-panel with a capacity of 6.2 KW) and 308 open photovoltaic installations of 2.32 KW. The total installed power of the devices will be 0,96 MW. Estimated reduction of CO2 emissions into the atmosphere: 536,18 tons a year. All installations will be located on rooftops and facade of private dwellings. Their height shall not exceed 3 m from the surface of the roof. A project website will be created with the following elements: project description, installation manuals, RES technology information, electronic communication forms. It also implements an intelligent energy management system based on ICT technologies that deal with measurement, operation and monitoring of installed devices (on-line connection). The project will be useful for project stakeholders. The municipality will own new RES infrastructure, which will improve the quality of municipal services. The participants of the project will use installations located in residential facilities, which will reduce maintenance costs, and will save time by minimising maintenance operations. The environmental impact will be important for all stakeholders in the project, which will contribute to reducing harmful substances in the air. By reducing “low” emissions from domestic fireplaces, including in particular PM10 particulate matter, whose overnormative 24-hour concentrations were found in the Lublin zone, the project contributes to the realisation of the objectives of the “Air Protection Programme for the Lublin Zone” (it was classified as zone C and thus required to develop the Programme). (English) / rank | |||||||||||||||
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| Property / summary: The main task of the project is to replace the existing production of fossil energy from renewable sources. There will be 53 solar collector installations (1 two-panel with a capacity of 3.1 KW, 51 three-panel with a capacity of 4.7 KW, 1 four-panel with a capacity of 6.2 KW) and 308 open photovoltaic installations of 2.32 KW. The total installed power of the devices will be 0,96 MW. Estimated reduction of CO2 emissions into the atmosphere: 536,18 tons a year. All installations will be located on rooftops and facade of private dwellings. Their height shall not exceed 3 m from the surface of the roof. A project website will be created with the following elements: project description, installation manuals, RES technology information, electronic communication forms. It also implements an intelligent energy management system based on ICT technologies that deal with measurement, operation and monitoring of installed devices (on-line connection). The project will be useful for project stakeholders. The municipality will own new RES infrastructure, which will improve the quality of municipal services. The participants of the project will use installations located in residential facilities, which will reduce maintenance costs, and will save time by minimising maintenance operations. The environmental impact will be important for all stakeholders in the project, which will contribute to reducing harmful substances in the air. By reducing “low” emissions from domestic fireplaces, including in particular PM10 particulate matter, whose overnormative 24-hour concentrations were found in the Lublin zone, the project contributes to the realisation of the objectives of the “Air Protection Programme for the Lublin Zone” (it was classified as zone C and thus required to develop the Programme). (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 16:58, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Clean energy in the Gmina Luk III |
Project in Poland financed by DG Regio |
Statements
4,584,390.0 zloty
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5,393,400.0 zloty
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85.0 percent
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15 April 2016
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29 November 2019
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GMINA ŁUKÓW
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Podstawowym zadaniem projektu jest zastąpienie istniejącej produkcji energii z surowców kopalnych produkcją ze źródeł odnawialnych. Zrealizowanych zostanie 53 instalacje kolektorów słonecznych (1 dwupanelowa o mocy 3,1 KW, 51 trzypanelowych o mocy 4,7 KW, 1 czteropanelowa o mocy 6,2 KW) oraz 308 otwartych instalacji fotowoltaicznych o mocy 2,32 KW. Całkowita moc zainstalowana urządzeń wyniesie 0,96 MW. Szacowany spadek emisji CO2 do atmosfery: 536,18 ton na rok. Wszystkie instalacje będą zlokalizowane na dachach i elewacja prywatnych domów mieszkalnych. Ich wysokość nie przekroczy 3 m od powierzchni dachu. Utworzona zostanie strona internetowa projektu, która będzie zawierać następujące elementy: opis projektu, instrukcje obsługi instalacji, informacje o technologiach OZE, formularze do komunikacji elektronicznej. Wdraża również inteligentny system zarządzania energią w oparciu o technologie TIK, które dotyczą pomiaru, obsługi i monitoringu zainstalowanych urządzeń (połączenie on-line). Przedsięwzięcie będzie użyteczne dla interesariuszy projektu. Gmina będzie właścicielem nowej infrastruktury OZE, która wpłynie na poprawę jakości świadczonych usług komunalnych. Uczestnicy projektu wykorzystywać będą instalacje zlokalizowane w obiektach mieszkalnych, co wpłynie na obniżenie kosztów utrzymania, a także wpłynie na oszczędność czasu poprzez zminimalizowanie czynności obsługi. Dla wszystkich interesariuszy projektu istotny będzie efekt ekologiczny, który przyczyni się do zmniejszenia substancji szkodliwych w powietrzu. Poprzez ograniczenie emisji "niskiej" z palenisk domowych, w tym w szczególności pyłu zawieszonego PM10, którego ponadnormatywne stężenia 24-godzinne stwierdzono w strefie lubelskiej, projekt przyczynia się do realizacji założeń "Programu ochrony powietrza dla strefy lubelskiej" (została zakwalifikowana jako strefa C, a tym samym zobligowana do opracowania Programu). (Polish)
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The main task of the project is to replace the existing production of fossil energy from renewable sources. There will be 53 solar collector installations (1 two-panel with a capacity of 3.1 KW, 51 three-panel with a capacity of 4.7 KW, 1 four-panel with a capacity of 6.2 KW) and 308 open photovoltaic installations of 2.32 KW. The total installed power of the devices will be 0,96 MW. Estimated reduction of CO2 emissions into the atmosphere: 536,18 tons a year. All installations will be located on rooftops and facade of private dwellings. Their height shall not exceed 3 m from the surface of the roof. A project website will be created with the following elements: project description, installation manuals, RES technology information, electronic communication forms. It also implements an intelligent energy management system based on ICT technologies that deal with measurement, operation and monitoring of installed devices (on-line connection). The project will be useful for project stakeholders. The municipality will own new RES infrastructure, which will improve the quality of municipal services. The participants of the project will use installations located in residential facilities, which will reduce maintenance costs, and will save time by minimising maintenance operations. The environmental impact will be important for all stakeholders in the project, which will contribute to reducing harmful substances in the air. By reducing “low” emissions from domestic fireplaces, including in particular PM10 particulate matter, whose overnormative 24-hour concentrations were found in the Lublin zone, the project contributes to the realisation of the objectives of the “Air Protection Programme for the Lublin Zone” (it was classified as zone C and thus required to develop the Programme). (English)
17 October 2020
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Identifiers
RPLU.04.01.00-06-0259/16
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