Reducing greenhouse gas emissions by using renewable energy sources to produce heat and electricity for public utilities at ul. Waleck, 49, in Czaplinksk (Q137673): Difference between revisions
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(Removed claim: summary (P836): The project entitled: “Reducing greenhouse gas emissions by using renewable energy sources to produce heat and electricity for public utilities at ul. Wałbrzych 49 in Czaplinksk, is a replacement of an obsolete gas boiler, a heating complex of the building complex of the Primary School in Czapplink (Primary School, Pre-School, Public Library) and Hali Widowicowo — Suplinku, using renewable energy sources (heat pumps and photovoltaic installati...) |
(Created claim: summary (P836): Project Mon. “Reducing greenhouse gas emissions by using renewable energy sources for the production of heat and electricity for public utility facilities at ul. Wałecka 49 in Czaplink" assumes the replacement of an outdated gas boiler room, heating the building complex of the Primary School in Czaplink (Basic School, Kindergarten, Public Library) and the Widowiskowo – Sport Hall in Czaplink, using renewable energy sources (heat pumps and photov...) |
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Project Mon. “Reducing greenhouse gas emissions by using renewable energy sources for the production of heat and electricity for public utility facilities at ul. Wałecka 49 in Czaplink" assumes the replacement of an outdated gas boiler room, heating the building complex of the Primary School in Czaplink (Basic School, Kindergarten, Public Library) and the Widowiskowo – Sport Hall in Czaplink, using renewable energy sources (heat pumps and photovoltaic installations). Due to cost efficiency and improving the management of individual facilities for the buildings of the Elementary School and the View-Sport Hall, independent energy supply solutions have been designed. 1. The following solution is planned for primary school buildings: the replacement of existing gas boilers for heat pumps with wells (ground exchangers) with a total capacity of 250 kW for every and cwu needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 350 kW will be installed, (b) modernisation of boiler and heating elements in school buildings, c) construction of photovoltaic installation on roofs of school buildings with a capacity of 16,2 kWp. 2. The following solution is planned for the buildings of the View and Sports Hall: a) Installation of wells (ground exchangers) with a total power of 170 kW for every needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 250 kW and a gas connection will be installed. b) modernisation of the boiler room and regulation of the heating system in the hall building, c) construction of a 10.26 kWp photovoltaic installation for the hall that will be installed on the roof of the school building. (English) | |||||||||||||||
| Property / summary: Project Mon. “Reducing greenhouse gas emissions by using renewable energy sources for the production of heat and electricity for public utility facilities at ul. Wałecka 49 in Czaplink" assumes the replacement of an outdated gas boiler room, heating the building complex of the Primary School in Czaplink (Basic School, Kindergarten, Public Library) and the Widowiskowo – Sport Hall in Czaplink, using renewable energy sources (heat pumps and photovoltaic installations). Due to cost efficiency and improving the management of individual facilities for the buildings of the Elementary School and the View-Sport Hall, independent energy supply solutions have been designed. 1. The following solution is planned for primary school buildings: the replacement of existing gas boilers for heat pumps with wells (ground exchangers) with a total capacity of 250 kW for every and cwu needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 350 kW will be installed, (b) modernisation of boiler and heating elements in school buildings, c) construction of photovoltaic installation on roofs of school buildings with a capacity of 16,2 kWp. 2. The following solution is planned for the buildings of the View and Sports Hall: a) Installation of wells (ground exchangers) with a total power of 170 kW for every needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 250 kW and a gas connection will be installed. b) modernisation of the boiler room and regulation of the heating system in the hall building, c) construction of a 10.26 kWp photovoltaic installation for the hall that will be installed on the roof of the school building. (English) / rank | |||||||||||||||
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| Property / summary: Project Mon. “Reducing greenhouse gas emissions by using renewable energy sources for the production of heat and electricity for public utility facilities at ul. Wałecka 49 in Czaplink" assumes the replacement of an outdated gas boiler room, heating the building complex of the Primary School in Czaplink (Basic School, Kindergarten, Public Library) and the Widowiskowo – Sport Hall in Czaplink, using renewable energy sources (heat pumps and photovoltaic installations). Due to cost efficiency and improving the management of individual facilities for the buildings of the Elementary School and the View-Sport Hall, independent energy supply solutions have been designed. 1. The following solution is planned for primary school buildings: the replacement of existing gas boilers for heat pumps with wells (ground exchangers) with a total capacity of 250 kW for every and cwu needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 350 kW will be installed, (b) modernisation of boiler and heating elements in school buildings, c) construction of photovoltaic installation on roofs of school buildings with a capacity of 16,2 kWp. 2. The following solution is planned for the buildings of the View and Sports Hall: a) Installation of wells (ground exchangers) with a total power of 170 kW for every needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 250 kW and a gas connection will be installed. b) modernisation of the boiler room and regulation of the heating system in the hall building, c) construction of a 10.26 kWp photovoltaic installation for the hall that will be installed on the roof of the school building. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 19:09, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Reducing greenhouse gas emissions by using renewable energy sources to produce heat and electricity for public utilities at ul. Waleck, 49, in Czaplinksk |
Project in Poland financed by DG Regio |
Statements
1,648,159.16 zloty
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1,939,010.8 zloty
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85.0 percent
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15 October 2018
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31 December 2019
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GMINA CZAPLINEK
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Projekt pn. „Ograniczenie emisji gazów cieplarnianych poprzez wykorzystanie odnawialnych źródeł energii do produkcji ciepła i energii elektrycznej dla obiektów użyteczności publicznej przy ul. Wałeckiej 49 w Czaplinku” zakłada zastąpienie przestarzałej kotłowni gazowej, ogrzewającej kompleks budynków Szkoły Podstawowej w Czaplinku ( Szkoła Podstawowa, Przedszkole, Biblioteka Publiczna) i Hali Widowiskowo – Sportowej w Czaplinku, z wykorzystaniem odnawialnych źródeł energii (pompy ciepła i instalacje fotowoltaiczne). Z uwagi na efektywność kosztową i usprawnienie zarządzania poszczególnymi obiektami dla budynków Szkoły Podstawowej i Hali Widowiskowo-Sportowej zaprojektowane zostały niezależne rozwiązania zasilania energetycznego. 1. Dla budynków Szkoły Podstawowej zaplanowano następujące rozwiązanie: a) wymiana istniejących kotłów gazowych na pompy ciepła z odwiertami (wymienniki gruntowe) o łącznej mocy 250 kW na potrzeby co i cwu. W przypadku zastosowania pomp ciepła konieczne jest drugie źródło ciepła jako źródło szczytowe (przy temperaturach ujemnych poniżej - 5oC) - zainstalowany zostanie nowy kocioł gazowy kondensacyjny o mocy 350 kW, b) modernizacja elementów kotłowni i instalacji grzewczej w budynkach szkoły, c) budowa instalacji fotowoltaicznej na dachach budynków szkoły o mocy 16,2 kWp. 2. Dla budynków Hali Widowiskowo-Sportowej zaplanowano następujące rozwiązanie: a) instalacja pomp ciepła z odwiertami (wymienniki gruntowe) o łącznej mocy 170 kW na potrzeby co i cwu. W przypadku zastosowania pomp ciepła konieczne jest drugie źródło ciepła jako źródło szczytowe (przy temperaturach ujemnych poniżej - 5oC) - zainstalowany zostanie nowy kocioł gazowy kondensacyjny o mocy 250 kW i wykonane przyłącze gazowe. b) modernizacja kotłowni i regulacja systemu grzewczego w budynku hali, c) budowa instalacji fotowoltaicznej o mocy 10,26 kWp dla hali, która będzie zainstalowana na dachu budynku szkoły. (Polish)
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Project Mon. “Reducing greenhouse gas emissions by using renewable energy sources for the production of heat and electricity for public utility facilities at ul. Wałecka 49 in Czaplink" assumes the replacement of an outdated gas boiler room, heating the building complex of the Primary School in Czaplink (Basic School, Kindergarten, Public Library) and the Widowiskowo – Sport Hall in Czaplink, using renewable energy sources (heat pumps and photovoltaic installations). Due to cost efficiency and improving the management of individual facilities for the buildings of the Elementary School and the View-Sport Hall, independent energy supply solutions have been designed. 1. The following solution is planned for primary school buildings: the replacement of existing gas boilers for heat pumps with wells (ground exchangers) with a total capacity of 250 kW for every and cwu needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 350 kW will be installed, (b) modernisation of boiler and heating elements in school buildings, c) construction of photovoltaic installation on roofs of school buildings with a capacity of 16,2 kWp. 2. The following solution is planned for the buildings of the View and Sports Hall: a) Installation of wells (ground exchangers) with a total power of 170 kW for every needs. If heat pumps are used, a second heat source is required as a peak source (with negative temperatures below – 5 °C) – a new condensation boiler with a capacity of 250 kW and a gas connection will be installed. b) modernisation of the boiler room and regulation of the heating system in the hall building, c) construction of a 10.26 kWp photovoltaic installation for the hall that will be installed on the roof of the school building. (English)
21 October 2020
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Identifiers
RPZP.02.09.00-32-A004/17
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