Q2717277 (Q2717277): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): The investment consists of the purchase and assembly in Olecko, plot number 3264, area 0002 Olecko: — roof photovoltaic installation – 172 panels (polycrystalline, single panel power 290 W each) with a power of 49.88 kW with 2 inverters with a total power of 40 kW (unit power is 20 kW), necessary wiring and accessories, – heat pump (air-water) of 223,7 kW. PV panels use photovoltaic phenomenon to convert radiation to electr. By means of cable co...) |
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The investment consists of the purchase and assembly in Olecko, plot number 3264, area 0002 Olecko: — roof photovoltaic installation – 172 panels (polycrystalline, single panel power 290 W each) with a power of 49.88 kW with 2 inverters with a total power of 40 kW (unit power is 20 kW), necessary wiring and accessories, – heat pump (air-water) of 223,7 kW. PV panels use photovoltaic phenomenon to convert radiation to electr. By means of cable connections, they transfer energy to inverters, where there is a change of DC into alternating current, the inst. will be connected to the grid, the generated energy will be used for own use and any surplus will be fed into the grid. The heat pump operates on the principle of heat transport, allows the use of low-temperature heat to produce heat at a higher temperature, which can be used for the preparation of hot water. For its work, the heat pump only needs electricity, which is used very effectively by it. This eliminates the need for a gas installation or other source of solid or liquid fuel to be connected to the building concerned. It is therefore a green, safe and cost-effective investment. The planned heat pump for installation does not require drilling. The applicant has submitted an application to the relevant authority for approval of the geological works project. The project will be completed within 1 year of the signature of the grant agreement. The project meets all the shore conditions laid down in the SzOOP and is in line with the assumptions set out in the SzOOP ROP WiM of Priority Axis IV Energy Efficiency, the increased share of renewable energy sources in the overall energy balance of the region, consisting of the construction, expansion and reconstruction of infrastructure aimed at the production of electricity or heat from renewable energy sources. (English) | |||||||||||||||
Property / summary: The investment consists of the purchase and assembly in Olecko, plot number 3264, area 0002 Olecko: — roof photovoltaic installation – 172 panels (polycrystalline, single panel power 290 W each) with a power of 49.88 kW with 2 inverters with a total power of 40 kW (unit power is 20 kW), necessary wiring and accessories, – heat pump (air-water) of 223,7 kW. PV panels use photovoltaic phenomenon to convert radiation to electr. By means of cable connections, they transfer energy to inverters, where there is a change of DC into alternating current, the inst. will be connected to the grid, the generated energy will be used for own use and any surplus will be fed into the grid. The heat pump operates on the principle of heat transport, allows the use of low-temperature heat to produce heat at a higher temperature, which can be used for the preparation of hot water. For its work, the heat pump only needs electricity, which is used very effectively by it. This eliminates the need for a gas installation or other source of solid or liquid fuel to be connected to the building concerned. It is therefore a green, safe and cost-effective investment. The planned heat pump for installation does not require drilling. The applicant has submitted an application to the relevant authority for approval of the geological works project. The project will be completed within 1 year of the signature of the grant agreement. The project meets all the shore conditions laid down in the SzOOP and is in line with the assumptions set out in the SzOOP ROP WiM of Priority Axis IV Energy Efficiency, the increased share of renewable energy sources in the overall energy balance of the region, consisting of the construction, expansion and reconstruction of infrastructure aimed at the production of electricity or heat from renewable energy sources. (English) / rank | |||||||||||||||
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Property / summary: The investment consists of the purchase and assembly in Olecko, plot number 3264, area 0002 Olecko: — roof photovoltaic installation – 172 panels (polycrystalline, single panel power 290 W each) with a power of 49.88 kW with 2 inverters with a total power of 40 kW (unit power is 20 kW), necessary wiring and accessories, – heat pump (air-water) of 223,7 kW. PV panels use photovoltaic phenomenon to convert radiation to electr. By means of cable connections, they transfer energy to inverters, where there is a change of DC into alternating current, the inst. will be connected to the grid, the generated energy will be used for own use and any surplus will be fed into the grid. The heat pump operates on the principle of heat transport, allows the use of low-temperature heat to produce heat at a higher temperature, which can be used for the preparation of hot water. For its work, the heat pump only needs electricity, which is used very effectively by it. This eliminates the need for a gas installation or other source of solid or liquid fuel to be connected to the building concerned. It is therefore a green, safe and cost-effective investment. The planned heat pump for installation does not require drilling. The applicant has submitted an application to the relevant authority for approval of the geological works project. The project will be completed within 1 year of the signature of the grant agreement. The project meets all the shore conditions laid down in the SzOOP and is in line with the assumptions set out in the SzOOP ROP WiM of Priority Axis IV Energy Efficiency, the increased share of renewable energy sources in the overall energy balance of the region, consisting of the construction, expansion and reconstruction of infrastructure aimed at the production of electricity or heat from renewable energy sources. (English) / qualifier | |||||||||||||||
point in time: 8 July 2021
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Revision as of 01:55, 8 July 2021
Project Q2717277 in Poland
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English | No label defined |
Project Q2717277 in Poland |
Statements
624,430.0 zloty
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820,000.0 zloty
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76.15 percent
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23 May 2018
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31 March 2021
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ADRIATICA MATEUSZ KRUPA
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Inwestycja polega na zakupie i montażu w m. Olecko, nr działki 3264 , obręb 0002 Olecko: - instalacji fotowoltaicznej dachowa –172 paneli (polikrystalicznych, jednostkowej o mocy paneli 290 W każdy) o mocy 49,88 kW z 2 falownikami o mocy łącznej 40kW (jednostkowa moc to 20 kW), niezbędnym okablowaniem i osprzętem, - pompa ciepła (powietrze-woda) o mocy 223,7 kW. Panele PV wykorzystują zjawisko fotowoltaiczne do przetwarzania promieniowania na en. elektr. Za pomocą połączeń kablowych przekazują one energię do falowników, gdzie następuje zmiana prądu stałego w prąd zmienny, inst. będzie podłączona do sieci, Wyprodukowana energia będzie wykorzystywana na potrzeby własne a ewentualna nadwyżka będzie wprowadzona do sieci. Pompa ciepła działa na zasadzie transportu ciepła, umożliwia wykorzystanie ciepła o niskiej temperaturze do wytwarzania ciepła o wyższej temperaturze,które można zastosować do przygotowania ciepłej wody użytkowej. Pompa ciepła do swej pracy potrzebuje jedynie energie elektryczną, która jest przez nią wykorzystywana bardzo efektywnie. Eliminuje to konieczność podłączania do budynku objętego inwestycją instalacji gazowej czy innego źródła paliwa stałego czy ciekłego. W związku z tym, jest to inwestycja ekologiczna, bezpieczna i oszczędna. Pompa ciepła planowana do instalacji nie wymaga wykonania odwiertów. Wnioskodawca złożył do odpowiedniej instytucji wniosek o zatwierdzenie projektu robót geologicznych. Projekt zostanie zakończony w ciągu 1 roku od podpisania umowy o dofinansowanie. Projekt spełnia wszystkie warunki brzegowe określone w SzOOP oraz wpisuje się w założenia określone w SzOOP RPO WiM Osi Priorytetowej IV Efektywności energetycznej zwiększony udział odnawialnych źródeł energii w ogólnym bilansie energetycznym regionu polegający na budowie,rozbudowie oraz przebudowie infrastruktury mające na celu produkcję energii elektrycznej lub cieplnej z odnawialnych źródeł energii. (Polish)
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The investment consists of the purchase and assembly in Olecko, plot number 3264, area 0002 Olecko: — roof photovoltaic installation – 172 panels (polycrystalline, single panel power 290 W each) with a power of 49.88 kW with 2 inverters with a total power of 40 kW (unit power is 20 kW), necessary wiring and accessories, – heat pump (air-water) of 223,7 kW. PV panels use photovoltaic phenomenon to convert radiation to electr. By means of cable connections, they transfer energy to inverters, where there is a change of DC into alternating current, the inst. will be connected to the grid, the generated energy will be used for own use and any surplus will be fed into the grid. The heat pump operates on the principle of heat transport, allows the use of low-temperature heat to produce heat at a higher temperature, which can be used for the preparation of hot water. For its work, the heat pump only needs electricity, which is used very effectively by it. This eliminates the need for a gas installation or other source of solid or liquid fuel to be connected to the building concerned. It is therefore a green, safe and cost-effective investment. The planned heat pump for installation does not require drilling. The applicant has submitted an application to the relevant authority for approval of the geological works project. The project will be completed within 1 year of the signature of the grant agreement. The project meets all the shore conditions laid down in the SzOOP and is in line with the assumptions set out in the SzOOP ROP WiM of Priority Axis IV Energy Efficiency, the increased share of renewable energy sources in the overall energy balance of the region, consisting of the construction, expansion and reconstruction of infrastructure aimed at the production of electricity or heat from renewable energy sources. (English)
8 July 2021
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Identifiers
RPWM.04.01.00-28-0278/18
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