Clean energy in the municipality of Lomasis (Q104735): Difference between revisions

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(‎Removed claim: summary (P836): 366 RES installations will be implemented as part of the project, including: 233 solar collectors installations with a total capacity of 1.061 MW, 22 biomass furnaces with a total capacity of 0.79 MW and 111 open photovoltaic installations with a total capacity of 0.237 MW. The total installed capacity of the equipment shall be as follows: 2.088 MW. 365 facilities will be located in private residential buildings and one biomass oven with 450 K...)
Property / summary
366 RES installations will be implemented as part of the project, including: 233 solar collectors installations with a total capacity of 1.061 MW, 22 biomass furnaces with a total capacity of 0.79 MW and 111 open photovoltaic installations with a total capacity of 0.237 MW. The total installed capacity of the equipment shall be as follows: 2.088 MW. 365 facilities will be located in private residential buildings and one biomass oven with 450 KW will be located in a school. All installations will be on the roofs and façades of the plants, with a height of up to 3 m above the surface of the roof. The project uses web portals and other ICT tools to implement and promote clean energy services and products. A project website will be created which will include the following elements: project description, installation instructions, RES information and usable technologies, electronic communication forms between the user and the applicant. It also implements an intelligent energy management system based on ICT that addresses the measurement, operation and monitoring of the installed equipment (on-line connection). Project participants will use facilities located in residential facilities which will reduce the cost of living and will impact on time savings by minimising the handling. For all stakeholders, the project will have a significant ecological effect that will help to reduce CO2 and other greenhouse gas emissions into the atmosphere. This will increase air quality, reduce the health risks of the population. By reducing the ‘low’ emissions of domestic furnaces, including in particular particulate matter PM10, which has been found in the Lubelskie zone in excess of the standard 24-hour limits, the project contributes to the objectives of the ‘air quality programme for the Lublin area’ (classified as Area C and thus obliged to draw up a programme). (English)
 
Property / summary: 366 RES installations will be implemented as part of the project, including: 233 solar collectors installations with a total capacity of 1.061 MW, 22 biomass furnaces with a total capacity of 0.79 MW and 111 open photovoltaic installations with a total capacity of 0.237 MW. The total installed capacity of the equipment shall be as follows: 2.088 MW. 365 facilities will be located in private residential buildings and one biomass oven with 450 KW will be located in a school. All installations will be on the roofs and façades of the plants, with a height of up to 3 m above the surface of the roof. The project uses web portals and other ICT tools to implement and promote clean energy services and products. A project website will be created which will include the following elements: project description, installation instructions, RES information and usable technologies, electronic communication forms between the user and the applicant. It also implements an intelligent energy management system based on ICT that addresses the measurement, operation and monitoring of the installed equipment (on-line connection). Project participants will use facilities located in residential facilities which will reduce the cost of living and will impact on time savings by minimising the handling. For all stakeholders, the project will have a significant ecological effect that will help to reduce CO2 and other greenhouse gas emissions into the atmosphere. This will increase air quality, reduce the health risks of the population. By reducing the ‘low’ emissions of domestic furnaces, including in particular particulate matter PM10, which has been found in the Lubelskie zone in excess of the standard 24-hour limits, the project contributes to the objectives of the ‘air quality programme for the Lublin area’ (classified as Area C and thus obliged to draw up a programme). (English) / rank
Normal rank
 

Revision as of 16:41, 17 October 2020

Project in Poland financed by DG Regio
Language Label Description Also known as
English
Clean energy in the municipality of Lomasis
Project in Poland financed by DG Regio

    Statements

    country
    Poland
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    EU contribution
    3,976,081.55 zloty
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    954,259.57 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    budget
    4,677,743.01 zloty
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    1,122,658.32 Euro
    exchange rate to Euro
    0.24 Euro
    point in time
    13 January 2020
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    co-financing rate
    85.0 percent
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    start time
    2 May 2016
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    end time
    30 August 2019
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    beneficiary name (string)
    GMINA ŁOMAZY
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    beneficiary
    Gmina Łomazy
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    summary
    W ramach projektu zrealizowanych zostanie 366 instalacji OZE, w tym: 233 instalacji kolektorów słonecznych o łącznej mocy 1,061 MW, 22 piece na biomasę o łącznej mocy 0,79 MW i 111 otwartych instalacji fotowoltaicznych o łącznej mocy 0,237 MW. Całkowita moc zainstalowana urządzeń wyniesie: 2,088 MW. 365 instalacji zlokalizowanych będzie w prywatnych budynkach mieszkalnych, a jeden piec na biomasę o mocy 450 KW zostanie zlokalizowany w placówce szkolnej. Wszystkie instalacje będą posadowione na dachach i elewacjach obiektów, ich wysokość nie przekroczy 3 m ponad powierzchnię dachu. Projekt wykorzystuje portale internetowe i inne narzędzia ICT w celu wdrożenia i promocji usług i produktów czystej energii. Utworzona zostanie strona internetowa projektu, która będzie zawierać następujące elementy: opis projektu, instrukcje obsługi instalacji, informacje o OZE oraz możliwych do zastosowania technologiach, formularze do komunikacji elektronicznej pomiędzy użytkownikiem a wnioskodawcą. Wdraża również inteligentny system zarządzania energią w oparciu o technologie TIK, które dotyczą pomiaru, obsługi i monitoringu zainstalowanych urządzeń (połączenie on-line). 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 emisji CO2 i innych gazów cieplarnianych do atmosfery. Podniesie to jakość powietrza, ograniczy zagrożenia zdrowotne ludności. 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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    Identifiers

    Polish Kohesio ID
    RPLU.04.01.00-06-0137/16
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