“Supply and installation of solar collectors on residential buildings in the municipality of Jeleniwo” (Q116866): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to reduce emissions of harmful dusts and gases from domestic heating systems through so-called low emissions by purchasing and installing solar installations for residents in the municipality of Jeleniewo. A total of 137 solar kits will be installed, including 92 vacuum panels and 45 flat panel installations. The number of beneficiaries will be 590. The anticipated effect of the investments is to reduce emissions of h...) |
(Created claim: summary (P836): The aim of the project is to reduce emissions of harmful dust and gases from domestic heating systems as part of the so-called low emissions by purchasing and assembling solar installations for residents of the municipality of Jeleniawo. A total of 137 solar sets will be installed, including 92 installations from vacuum panels and 45 installations from flat panels. The number of users will be 590 people. The expected effect of the investment is...) |
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The aim of the project is to reduce emissions of harmful dust and gases from domestic heating systems as part of the so-called low emissions by purchasing and assembling solar installations for residents of the municipality of Jeleniawo. A total of 137 solar sets will be installed, including 92 installations from vacuum panels and 45 installations from flat panels. The number of users will be 590 people. The expected effect of the investment is to reduce emissions of harmful substances into the atmosphere, financial savings, heat savings for heating purposes or the preparation of hot water. An important aspect is also the fact that solar collector installations operate in a almost maintenance-free manner, which will improve the comfort of life of residents/users. The economic effect of the task will be to reduce the expenditure incurred related to the purchase of conventional energy sources such as coal, wood and others. Output indicators: Number of built units of heat generation from RES – 137 pcs. Number of enterprises receiving support (Cl 1) – 0 enterprises Additional capacity to generate heat from renewable sources – 0.46 MWt Estimated annual reduction in greenhouse gas emissions [C02-equivalent tonnes] (Cl 34) – 149,82 tonnes of C02 Equivalents Production of heat from newly built RES installations – 440,64 MWht/year in 2019 (English) | |||||||||||||||
| Property / summary: The aim of the project is to reduce emissions of harmful dust and gases from domestic heating systems as part of the so-called low emissions by purchasing and assembling solar installations for residents of the municipality of Jeleniawo. A total of 137 solar sets will be installed, including 92 installations from vacuum panels and 45 installations from flat panels. The number of users will be 590 people. The expected effect of the investment is to reduce emissions of harmful substances into the atmosphere, financial savings, heat savings for heating purposes or the preparation of hot water. An important aspect is also the fact that solar collector installations operate in a almost maintenance-free manner, which will improve the comfort of life of residents/users. The economic effect of the task will be to reduce the expenditure incurred related to the purchase of conventional energy sources such as coal, wood and others. Output indicators: Number of built units of heat generation from RES – 137 pcs. Number of enterprises receiving support (Cl 1) – 0 enterprises Additional capacity to generate heat from renewable sources – 0.46 MWt Estimated annual reduction in greenhouse gas emissions [C02-equivalent tonnes] (Cl 34) – 149,82 tonnes of C02 Equivalents Production of heat from newly built RES installations – 440,64 MWht/year in 2019 (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to reduce emissions of harmful dust and gases from domestic heating systems as part of the so-called low emissions by purchasing and assembling solar installations for residents of the municipality of Jeleniawo. A total of 137 solar sets will be installed, including 92 installations from vacuum panels and 45 installations from flat panels. The number of users will be 590 people. The expected effect of the investment is to reduce emissions of harmful substances into the atmosphere, financial savings, heat savings for heating purposes or the preparation of hot water. An important aspect is also the fact that solar collector installations operate in a almost maintenance-free manner, which will improve the comfort of life of residents/users. The economic effect of the task will be to reduce the expenditure incurred related to the purchase of conventional energy sources such as coal, wood and others. Output indicators: Number of built units of heat generation from RES – 137 pcs. Number of enterprises receiving support (Cl 1) – 0 enterprises Additional capacity to generate heat from renewable sources – 0.46 MWt Estimated annual reduction in greenhouse gas emissions [C02-equivalent tonnes] (Cl 34) – 149,82 tonnes of C02 Equivalents Production of heat from newly built RES installations – 440,64 MWht/year in 2019 (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 15:03, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | “Supply and installation of solar collectors on residential buildings in the municipality of Jeleniwo” |
Project in Poland financed by DG Regio |
Statements
1,256,262.15 zloty
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1,932,711.0 zloty
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65.0 percent
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21 March 2017
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24 September 2018
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GMINA JELENIEWO
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54°12'22.7"N, 22°54'46.1"E
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Celem realizacji projektu jest ograniczenie emisji szkodliwych pyłów i gazów pochodzących z domowych systemów grzewczych w ramach tzw. niskiej emisji poprzez zakup i montaż instalacji solarnych dla mieszkańców gminy Jeleniewo. Łącznie zainstalowanych zostanie 137 zestawów solarnych, w tym 92 instalacje z paneli próżniowych oraz 45 instalacji z paneli płaskich. Liczba osób korzystających wyniesie 590 osób. Przewidywanym efektem przeznaczonych do wykonania inwestycji jest zmniejszenie emisji szkodliwych substancji do atmosfery, oszczędności finansowe, oszczędności energii cieplnej dla potrzeb grzewczych lub przygotowania ciepłej wody użytkowej. Ważnym aspektem jest także fakt, że instalacje kolektorów słonecznych działają w sposób prawie bezobsługowy, co wpłynie na poprawę komfortu życia mieszkańców/użytkowników. Efektem ekonomicznym realizacji zadania będzie zmniejszenie ponoszonych wydatków związanych z zakupem konwencjonalnych źródeł energii takich jak węgiel kamienny, drewno i inne. Wskaźniki produktu: Liczba wybudowanych jednostek wytwarzania energii cieplnej z OZE – 137 szt. Liczba przedsiębiorstw otrzymujących wsparcie (Cl 1) – 0 przedsiębiorstw Dodatkowa zdolność wytwarzania energii cieplnej ze źródeł odnawialnych - 0,46 MWt Szacowany roczny spadek emisji gazów cieplarnianych [tony równoważnika C02] (Cl 34) - 149,82 ton równoważnika C02 Wskaźniki rezultatu: Produkcja energii cieplnej z nowo wybudowanych instalacji wykorzystujących OZE - 440,64 MWht/rok w 2019 roku (Polish)
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The aim of the project is to reduce emissions of harmful dust and gases from domestic heating systems as part of the so-called low emissions by purchasing and assembling solar installations for residents of the municipality of Jeleniawo. A total of 137 solar sets will be installed, including 92 installations from vacuum panels and 45 installations from flat panels. The number of users will be 590 people. The expected effect of the investment is to reduce emissions of harmful substances into the atmosphere, financial savings, heat savings for heating purposes or the preparation of hot water. An important aspect is also the fact that solar collector installations operate in a almost maintenance-free manner, which will improve the comfort of life of residents/users. The economic effect of the task will be to reduce the expenditure incurred related to the purchase of conventional energy sources such as coal, wood and others. Output indicators: Number of built units of heat generation from RES – 137 pcs. Number of enterprises receiving support (Cl 1) – 0 enterprises Additional capacity to generate heat from renewable sources – 0.46 MWt Estimated annual reduction in greenhouse gas emissions [C02-equivalent tonnes] (Cl 34) – 149,82 tonnes of C02 Equivalents Production of heat from newly built RES installations – 440,64 MWht/year in 2019 (English)
20 October 2020
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Identifiers
RPPD.05.01.00-20-0361/17
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