Green energy sources for public buildings in Puńsk. (Q116775): Difference between revisions
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(Removed claim: summary (P836): Project Type No 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be a solar installation and 3 photovoltaic installations. The project will be implemented in the commune of Puńsk, which is a rural municipality. 3 public buildings will be covered by the investment. The capacity of the planned solar and solar syste...) |
(Created claim: summary (P836): Type of project 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be solar installation and 3 photovoltaic installations. The project will be implemented in the municipality of Puńsk, which is a rural community. The investment will cover 3 public buildings. The power of the planned solar and photovoltaic systems was...) |
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Type of project 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be solar installation and 3 photovoltaic installations. The project will be implemented in the municipality of Puńsk, which is a rural community. The investment will cover 3 public buildings. The power of the planned solar and photovoltaic systems was selected based on the amount of demand for electricity and heat by the building. Photovoltaic installations will be installed on the roof of a building or assembly structure on the ground, on the plot on which the building is located. It is assumed to connect the photovoltaic system to the network – type of installation on grid. Electricity prosumers will produce it for their own needs (concurrent production and consumption of energy). Excess electricity from the site of the installation will be introduced into the network of the local distribution system operator. Solar collector installations will use solar energy to support the production of hot water (c.w.u.) in the Lithuanian Culture House. Heat will be generated for the own needs of the facility (concurrent production and consumption of energy). Solar collectors will be located on the roof of the building. The project fits into the assumptions of SZOOP RPO WP 2014-2020. The project will increase energy efficiency at the level of consumption, increasing the share of RES in the municipal energy balance. Local energy security will be enhanced through diversification of sources and energy supply. The investment will improve the environment by reducing CO2 emissions. The cost-effectiveness of RES energy production equipment is PLN 3 457.2/kW. The project foresees a reduction of CO2 emissions by 83.05 Mg CO2 (34.6 %). The own contribution to the project is 30 % (own contribution was increased by 15 %). (English) | |||||||||||||||
| Property / summary: Type of project 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be solar installation and 3 photovoltaic installations. The project will be implemented in the municipality of Puńsk, which is a rural community. The investment will cover 3 public buildings. The power of the planned solar and photovoltaic systems was selected based on the amount of demand for electricity and heat by the building. Photovoltaic installations will be installed on the roof of a building or assembly structure on the ground, on the plot on which the building is located. It is assumed to connect the photovoltaic system to the network – type of installation on grid. Electricity prosumers will produce it for their own needs (concurrent production and consumption of energy). Excess electricity from the site of the installation will be introduced into the network of the local distribution system operator. Solar collector installations will use solar energy to support the production of hot water (c.w.u.) in the Lithuanian Culture House. Heat will be generated for the own needs of the facility (concurrent production and consumption of energy). Solar collectors will be located on the roof of the building. The project fits into the assumptions of SZOOP RPO WP 2014-2020. The project will increase energy efficiency at the level of consumption, increasing the share of RES in the municipal energy balance. Local energy security will be enhanced through diversification of sources and energy supply. The investment will improve the environment by reducing CO2 emissions. The cost-effectiveness of RES energy production equipment is PLN 3 457.2/kW. The project foresees a reduction of CO2 emissions by 83.05 Mg CO2 (34.6 %). The own contribution to the project is 30 % (own contribution was increased by 15 %). (English) / rank | |||||||||||||||
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| Property / summary: Type of project 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be solar installation and 3 photovoltaic installations. The project will be implemented in the municipality of Puńsk, which is a rural community. The investment will cover 3 public buildings. The power of the planned solar and photovoltaic systems was selected based on the amount of demand for electricity and heat by the building. Photovoltaic installations will be installed on the roof of a building or assembly structure on the ground, on the plot on which the building is located. It is assumed to connect the photovoltaic system to the network – type of installation on grid. Electricity prosumers will produce it for their own needs (concurrent production and consumption of energy). Excess electricity from the site of the installation will be introduced into the network of the local distribution system operator. Solar collector installations will use solar energy to support the production of hot water (c.w.u.) in the Lithuanian Culture House. Heat will be generated for the own needs of the facility (concurrent production and consumption of energy). Solar collectors will be located on the roof of the building. The project fits into the assumptions of SZOOP RPO WP 2014-2020. The project will increase energy efficiency at the level of consumption, increasing the share of RES in the municipal energy balance. Local energy security will be enhanced through diversification of sources and energy supply. The investment will improve the environment by reducing CO2 emissions. The cost-effectiveness of RES energy production equipment is PLN 3 457.2/kW. The project foresees a reduction of CO2 emissions by 83.05 Mg CO2 (34.6 %). The own contribution to the project is 30 % (own contribution was increased by 15 %). (English) / qualifier | |||||||||||||||
point in time: 20 October 2020
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Revision as of 15:55, 20 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Green energy sources for public buildings in Puńsk. |
Project in Poland financed by DG Regio |
Statements
326,489.1 zloty
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466,413.0 zloty
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70.0 percent
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18 December 2018
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31 December 2018
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GMINA PUŃSK
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54°15'2.9"N, 23°10'43.7"E
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Typ projektu nr 2: Energetyka oparta na odnawialnych źródłach energii. Projekt przewiduje budowę infrastruktury, która wykorzystywana będzie do produkcji energii elektrycznej i cieplnej z OZE. Będzie to instalacja solarna oraz 3 instalacje fotowoltaiczne. Projekt realizowany będzie na terenie Gminy Puńsk, która jest Gminą wiejską. Inwestycją objęte zostaną 3 budynki użyteczności publicznej. Moc zaplanowanych układów fotowoltaicznych oraz solarnych została dobrana w oparciu o wielkość zapotrzebowania na energię elektryczną i cieplną przez dany budynek. Instalacje fotowoltaiczne zostaną zamontowane na dachu budynku lub konstrukcji montażowej na gruncie, na działce, na których znajdują się dany budynek. Zakłada się podłączenie systemu fotowoltaicznego do sieci - typ instalacji on grid. Prosumenci energii elektrycznej wytwarzać będą ją na własne potrzeby (jednoczesna produkcja i konsumpcja energii). Nadwyżka energii elektrycznej z terenu danej instalacji zostanie wprowadzona do sieci lokalnej operatora systemu dystrybucyjnego. Instalacje kolektorów słonecznych wykorzystywać będą energię słoneczną do wspomagania produkcji ciepłej wody użytkowej (c.w.u.) w Domu Kultury Litweskiej. Energia cieplna wytwarzana będzie na własne potrzeby obiektu (jednoczesna produkcja i konsumpcja energii). Kolektory słoneczne zlokalizowane będą na dachu budynku. Projekt wpisuje się w założenia SZOOP RPO WP 2014-2020. Projekt pozwoli na zwiększenie efektywności energetycznej na poziomie zużycia, zwiększając przy tym udział OZE w bilansie energetycznym Gminy. Zwiększone zostanie lokalne bezpieczeństwo energetyczne poprzez dywersyfikację źródeł oraz dostaw energii. Inwestycja przyczyni się do poprawy stanu środowiska naturalnego poprzez redukcję emisji CO2. Efektywność kosztowa urządzeń produkujących energię pochodzącą z OZE wynosi 3 457,2 zł /kW. Projekt przewiduje redukcję emisji CO2 o 83,05 Mg CO2 (34,6 %). Wkład własny wniesiony do projektu to 30% (wkład własny podwyższony został o 15%). (Polish)
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Type of project 2: Energy based on renewable energy sources. The project envisages the construction of infrastructure which will be used for the production of electricity and heat from RES. It will be solar installation and 3 photovoltaic installations. The project will be implemented in the municipality of Puńsk, which is a rural community. The investment will cover 3 public buildings. The power of the planned solar and photovoltaic systems was selected based on the amount of demand for electricity and heat by the building. Photovoltaic installations will be installed on the roof of a building or assembly structure on the ground, on the plot on which the building is located. It is assumed to connect the photovoltaic system to the network – type of installation on grid. Electricity prosumers will produce it for their own needs (concurrent production and consumption of energy). Excess electricity from the site of the installation will be introduced into the network of the local distribution system operator. Solar collector installations will use solar energy to support the production of hot water (c.w.u.) in the Lithuanian Culture House. Heat will be generated for the own needs of the facility (concurrent production and consumption of energy). Solar collectors will be located on the roof of the building. The project fits into the assumptions of SZOOP RPO WP 2014-2020. The project will increase energy efficiency at the level of consumption, increasing the share of RES in the municipal energy balance. Local energy security will be enhanced through diversification of sources and energy supply. The investment will improve the environment by reducing CO2 emissions. The cost-effectiveness of RES energy production equipment is PLN 3 457.2/kW. The project foresees a reduction of CO2 emissions by 83.05 Mg CO2 (34.6 %). The own contribution to the project is 30 % (own contribution was increased by 15 %). (English)
20 October 2020
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Identifiers
RPPD.05.01.00-20-0164/17
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