Environmentally friendly World — Edition II — residential buildings (heat pumps and photovoltaic cells) (Q104720): Difference between revisions
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(Removed claim: summary (P836): The planned project relates to the construction of photovoltaic installations in residential buildings and the installation of aerothermal pumps in residential buildings in Świdnik Municipality. The project will consist of 219 photovoltaic installations for electricity generation and 55 aerothermal heat pumps for heating hot. The direct users of the installation will be residents of the Municipality of Świdnik by which the installations will b...) |
(Created claim: summary (P836): The planned project concerns the construction of photovoltaic installations on residential buildings and the installation of aerothermal pumps in residential buildings in the Municipality of Świdnik. As part of the project, 219 photovoltaic installations for the production of electricity and 55 aerothermal heat pumps for hot water heating will be carried out. Local residents who expressed their willingness to participate in the project were qual...) |
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The planned project concerns the construction of photovoltaic installations on residential buildings and the installation of aerothermal pumps in residential buildings in the Municipality of Świdnik. As part of the project, 219 photovoltaic installations for the production of electricity and 55 aerothermal heat pumps for hot water heating will be carried out. Local residents who expressed their willingness to participate in the project were qualified to the project and their properties meet the technical requirements for installation of the abovementioned installations. Direct users of the installation will be residents of the Municipality of Świdnik where the installations will be installed. Indirectly, all residents of the municipality will benefit from the project, due to lower fossil fuel consumption-reducing carbon dioxide emissions, reducing air pollution. The project will also reduce the cost/payment of residents. The construction of a photovoltaic installation in a residential building will enable the production of electricity using photovoltaic modules-devices that convert solar radiation to electric current. Photovoltaic panels will be mounted on dedicated structures for safe use and operation. The electrical power from the panels will be transferred by separate DC circuits to inverters. In order to monitor the operation of the inverter and the amount of electricity generated, the inverter will be equipped with a communication module. Monitoring of the installation’s work will take place from the level of the Internet portal, where the installation service unit will have an overview of the system’s operation. Installed heat pumps will support and prepare hot water in residential buildings, which will reduce the consumption of fossil fuels to prepare it and reduce air pollution through the use of these fuels. Planned installed capacity of thermal energy – 0,66 MW Estimated CO2-496,64 tonnes equivalent (English) | |||||||||||||||
| Property / summary: The planned project concerns the construction of photovoltaic installations on residential buildings and the installation of aerothermal pumps in residential buildings in the Municipality of Świdnik. As part of the project, 219 photovoltaic installations for the production of electricity and 55 aerothermal heat pumps for hot water heating will be carried out. Local residents who expressed their willingness to participate in the project were qualified to the project and their properties meet the technical requirements for installation of the abovementioned installations. Direct users of the installation will be residents of the Municipality of Świdnik where the installations will be installed. Indirectly, all residents of the municipality will benefit from the project, due to lower fossil fuel consumption-reducing carbon dioxide emissions, reducing air pollution. The project will also reduce the cost/payment of residents. The construction of a photovoltaic installation in a residential building will enable the production of electricity using photovoltaic modules-devices that convert solar radiation to electric current. Photovoltaic panels will be mounted on dedicated structures for safe use and operation. The electrical power from the panels will be transferred by separate DC circuits to inverters. In order to monitor the operation of the inverter and the amount of electricity generated, the inverter will be equipped with a communication module. Monitoring of the installation’s work will take place from the level of the Internet portal, where the installation service unit will have an overview of the system’s operation. Installed heat pumps will support and prepare hot water in residential buildings, which will reduce the consumption of fossil fuels to prepare it and reduce air pollution through the use of these fuels. Planned installed capacity of thermal energy – 0,66 MW Estimated CO2-496,64 tonnes equivalent (English) / rank | |||||||||||||||
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| Property / summary: The planned project concerns the construction of photovoltaic installations on residential buildings and the installation of aerothermal pumps in residential buildings in the Municipality of Świdnik. As part of the project, 219 photovoltaic installations for the production of electricity and 55 aerothermal heat pumps for hot water heating will be carried out. Local residents who expressed their willingness to participate in the project were qualified to the project and their properties meet the technical requirements for installation of the abovementioned installations. Direct users of the installation will be residents of the Municipality of Świdnik where the installations will be installed. Indirectly, all residents of the municipality will benefit from the project, due to lower fossil fuel consumption-reducing carbon dioxide emissions, reducing air pollution. The project will also reduce the cost/payment of residents. The construction of a photovoltaic installation in a residential building will enable the production of electricity using photovoltaic modules-devices that convert solar radiation to electric current. Photovoltaic panels will be mounted on dedicated structures for safe use and operation. The electrical power from the panels will be transferred by separate DC circuits to inverters. In order to monitor the operation of the inverter and the amount of electricity generated, the inverter will be equipped with a communication module. Monitoring of the installation’s work will take place from the level of the Internet portal, where the installation service unit will have an overview of the system’s operation. Installed heat pumps will support and prepare hot water in residential buildings, which will reduce the consumption of fossil fuels to prepare it and reduce air pollution through the use of these fuels. Planned installed capacity of thermal energy – 0,66 MW Estimated CO2-496,64 tonnes equivalent (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 16:41, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Environmentally friendly World — Edition II — residential buildings (heat pumps and photovoltaic cells) |
Project in Poland financed by DG Regio |
Statements
4,085,858.74 zloty
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4,806,892.64 zloty
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85.0 percent
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19 April 2016
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31 August 2020
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GMINA MIEJSKA ŚWIDNIK
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Zaplanowany projekt dotyczy budowy instalacji fotowoltaicznych na budynkach mieszkalnych oraz montaż pomp aerotermalnych w budynkach mieszkalnych na terenie Gminy Miejskiej Świdnik. W ramach projektu zostanie wykonanych 219 instalacji fotowoltaicznych do wytwarzania energii elektrycznej oraz 55 aerotermalnych pomp ciepła do podgrzewu c.w.u. Do projektu zostali zakwalifikowani mieszkańcy Gminy którzy wyrazili chęć udziału w projekcie a ich nieruchomości spełniają wymogi techniczne do montażu w/w instalacji. Bezpośrednimi użytkownikami instalacji będą mieszkańcy Gminy Miejskiej Świdnik u których zostaną zamontowane instalacje. Pośrednio z projektu korzystać będą wszyscy mieszkańcy Gminy, ze względu na obniżenie zużycia paliw kopalnych-zmniejszenie emisyjności dwutlenku węgla, zmniejszenie zanieczyszczenia powietrza. Projekt przyczyni się również do obniżenia kosztów/ opłat mieszkańców. Budowę instalacji fotowoltaicznej w budynku mieszkalnym umożliwi produkcję energii elektrycznej za pomocą modułów fotowoltaicznych-urządzeń dokonujących konwersję promieniowania słonecznego na prąd elektryczny. Panele fotowoltaiczne będą mocowane na dedykowanych konstrukcjach zapewniających bezpieczne użytkowanie i obsługę. Energia elektryczna z paneli przekazywana będzie wydzielonymi obwodami DC do inwerterów. W celu monitorowania pracy inwertera i ilości wytwarzanej energii elektrycznej, inwertor wyposażony zostanie w moduł komunikacyjny. Monitoring pracy instalacji będzie odbywał się z poziomu portalu internetowego, gdzie jednostka serwisująca instalacje będzie miała podgląd na pracę systemu. Zamontowane pompy ciepła będą wspomagać jak i przygotowywać ciepłą wodę użytkową w budynkach mieszkalnym, co przyczyni się do ograniczenia zużycia paliw kopalnianych w celu jej przygotowania oraz ograniczenia zanieczyszczeń dostających się do powietrza poprzez wykorzystywanie tych paliw. Planowana moc zainstalowana energii cieplnej - 0,66 MW Szacowany spadek emisji CO2 - 496,64 tony ekwiwalentu (Polish)
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The planned project concerns the construction of photovoltaic installations on residential buildings and the installation of aerothermal pumps in residential buildings in the Municipality of Świdnik. As part of the project, 219 photovoltaic installations for the production of electricity and 55 aerothermal heat pumps for hot water heating will be carried out. Local residents who expressed their willingness to participate in the project were qualified to the project and their properties meet the technical requirements for installation of the abovementioned installations. Direct users of the installation will be residents of the Municipality of Świdnik where the installations will be installed. Indirectly, all residents of the municipality will benefit from the project, due to lower fossil fuel consumption-reducing carbon dioxide emissions, reducing air pollution. The project will also reduce the cost/payment of residents. The construction of a photovoltaic installation in a residential building will enable the production of electricity using photovoltaic modules-devices that convert solar radiation to electric current. Photovoltaic panels will be mounted on dedicated structures for safe use and operation. The electrical power from the panels will be transferred by separate DC circuits to inverters. In order to monitor the operation of the inverter and the amount of electricity generated, the inverter will be equipped with a communication module. Monitoring of the installation’s work will take place from the level of the Internet portal, where the installation service unit will have an overview of the system’s operation. Installed heat pumps will support and prepare hot water in residential buildings, which will reduce the consumption of fossil fuels to prepare it and reduce air pollution through the use of these fuels. Planned installed capacity of thermal energy – 0,66 MW Estimated CO2-496,64 tonnes equivalent (English)
17 October 2020
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Identifiers
RPLU.04.01.00-06-0114/16
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