Addressing low emissions by installing solar installations in the Water Park in Elbe (Q123689): Difference between revisions
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(Removed claim: summary (P836): The project assumptions provide a reduction in the cost of preparing for hot water and water heating in the water park in the Elbe. The cost reduction will result from the application of a system of renewable energy sources based on the composition of solar collectors (105 units). The generated energy will be used to heat the water collected in the newly designed solar heaters of the solar collectors system and will then be fed into the existi...) |
(Created claim: summary (P836): The design assumptions provide for a reduction in the cost of preparing hot water and water heating in the pool technology in the Water Park in Łazy. Cost reduction will result from the use of a system of renewable energy sources based on solar collectors assembly (105 pieces). The generated energy will be used to heat the water stored in newly designed solar collector capacitive heaters, and then power the existing heating system for the facili...) |
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| Property / summary | |||||||||||||||
The design assumptions provide for a reduction in the cost of preparing hot water and water heating in the pool technology in the Water Park in Łazy. Cost reduction will result from the use of a system of renewable energy sources based on solar collectors assembly (105 pieces). The generated energy will be used to heat the water stored in newly designed solar collector capacitive heaters, and then power the existing heating system for the facility. The collector system will use the exchanger as a preheating of pool water for sports and recreational pool, allowing for further savings. In addition, the heat from solar collectors will support the heating of the water in the ventilation heater circuit, the heated water will be stored in a buffer tray, from where it will be transported to the existing heating circuit. (English) | |||||||||||||||
| Property / summary: The design assumptions provide for a reduction in the cost of preparing hot water and water heating in the pool technology in the Water Park in Łazy. Cost reduction will result from the use of a system of renewable energy sources based on solar collectors assembly (105 pieces). The generated energy will be used to heat the water stored in newly designed solar collector capacitive heaters, and then power the existing heating system for the facility. The collector system will use the exchanger as a preheating of pool water for sports and recreational pool, allowing for further savings. In addition, the heat from solar collectors will support the heating of the water in the ventilation heater circuit, the heated water will be stored in a buffer tray, from where it will be transported to the existing heating circuit. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The design assumptions provide for a reduction in the cost of preparing hot water and water heating in the pool technology in the Water Park in Łazy. Cost reduction will result from the use of a system of renewable energy sources based on solar collectors assembly (105 pieces). The generated energy will be used to heat the water stored in newly designed solar collector capacitive heaters, and then power the existing heating system for the facility. The collector system will use the exchanger as a preheating of pool water for sports and recreational pool, allowing for further savings. In addition, the heat from solar collectors will support the heating of the water in the ventilation heater circuit, the heated water will be stored in a buffer tray, from where it will be transported to the existing heating circuit. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 10:37, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Addressing low emissions by installing solar installations in the Water Park in Elbe |
Project in Poland financed by DG Regio |
Statements
519,443.1 zloty
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611,109.54 zloty
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85.0 percent
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29 December 2015
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15 November 2017
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GMINA ŁAZY
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50°25'39.4"N, 19°23'41.3"E
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Założenia projektowe przewidują redukcję kosztów przygotowywania c.w.u. oraz podgrzewania wody w technologii basenowej w Parku Wodnym w Łazach. Redukcja kosztów nastąpi w efekcie zastosowania systemu odnawialnych źródeł energii opartego na zespole kolektorów słonecznych (105 sztuk). Pozyskana energia będzie wykorzystywana do podgrzewania wody zgromadzonej w nowoprojektowanych podgrzewaczach pojemnościowych systemu kolektorów słonecznych, a następnie zasilała będzie istniejący system przygotowania c.w.u. dla obiektu. System kolektorów będzie za pomocą wymiennika stanowił wstępny podgrzew wody basenowej basenu sportowego i rekreacyjnego, pozwalając na dalsze oszczędności. Ponadto ciepło z kolektorów słonecznych będzie wspomagać podgrzew wody w obiegu nagrzewnic wentylacyjnych, podgrzana woda gromadzona będzie w zasobniku buforowym, skąd będzie transportowana do istniejącego obiegu nagrzewnic. (Polish)
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The design assumptions provide for a reduction in the cost of preparing hot water and water heating in the pool technology in the Water Park in Łazy. Cost reduction will result from the use of a system of renewable energy sources based on solar collectors assembly (105 pieces). The generated energy will be used to heat the water stored in newly designed solar collector capacitive heaters, and then power the existing heating system for the facility. The collector system will use the exchanger as a preheating of pool water for sports and recreational pool, allowing for further savings. In addition, the heat from solar collectors will support the heating of the water in the ventilation heater circuit, the heated water will be stored in a buffer tray, from where it will be transported to the existing heating circuit. (English)
21 October 2020
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Identifiers
RPSL.04.01.01-24-02A8/16
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