Use of renewable energy sources by installation of a heat pump by the company ZAKLAD “GANIWEX” Grzegorz Niki (Q131718): Difference between revisions
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(Removed claim: summary (P836): The investment covered by this project consists of the purchase and installation of a heat pump with a power of 34.8 kW in Tomaszkowo No 196/4. The project is part of the project type referred to in SzocOP ROP WiM 2014-2020 for measure 4.1 — Supporting the generation and distribution of energy from renewable sources. The project fulfils all boundary conditions laid down in the ROP WiM 2014-2020.Heat pump in accordance with the option described...) |
(Created claim: summary (P836): The investment covered by this project consists of the purchase and installation of a 34.8 kW heat pump in Tomaszków plot No. 196/4. The project fits into the type of project mentioned in the SzOOP RPO WiM 2014-2020 for Action 4.1 – Supporting the generation and distribution of energy from renewable sources. The project meets all the shore conditions set out in the SzOOP RPO WiM 2014-2020.The heat pump according to the possibility described in t...) |
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The investment covered by this project consists of the purchase and installation of a 34.8 kW heat pump in Tomaszków plot No. 196/4. The project fits into the type of project mentioned in the SzOOP RPO WiM 2014-2020 for Action 4.1 – Supporting the generation and distribution of energy from renewable sources. The project meets all the shore conditions set out in the SzOOP RPO WiM 2014-2020.The heat pump according to the possibility described in the SzOOP will serve the needs of the company. The project fits into the assumptions of the SzOOP as the nature of the investment corresponds to the type of project indicated in SzOOP – the construction of units using geothermal energy up to 2 MWth.In addition, the project fits into local low-carbon strategies. The heat pump operates by transporting heat from a lower temperature source to a higher temperature source. This process goes against the natural direction of heat flow. This circuit is identical to the refrigeration circuit, inverse to the process taking place, e.g. in a home refrigerator. Heat pumps allow the use of low-temperature heat to produce heat at a higher temperature, which can be used to heat home or to prepare hot water. The heat pump only needs electricity for its operation, which is used extremely efficiently by the heat pump. By flowing into the coil, the agent collects heat from the ground, and in the evaporator the heated pump gives heat to the cold refrigerant of the internal heat pump. The refrigerant heats up and evaporates, becoming a gas. The gas is compressed by the compressor. The heat generated by this process is transferred in condenser to the central heating system of the building. Liquefied gas after passing through the expansion valve lowers its pressure and temperature and flows into the evaporator, where it receives heat from the agent again and the process begins again. (English) | |||||||||||||||
| Property / summary: The investment covered by this project consists of the purchase and installation of a 34.8 kW heat pump in Tomaszków plot No. 196/4. The project fits into the type of project mentioned in the SzOOP RPO WiM 2014-2020 for Action 4.1 – Supporting the generation and distribution of energy from renewable sources. The project meets all the shore conditions set out in the SzOOP RPO WiM 2014-2020.The heat pump according to the possibility described in the SzOOP will serve the needs of the company. The project fits into the assumptions of the SzOOP as the nature of the investment corresponds to the type of project indicated in SzOOP – the construction of units using geothermal energy up to 2 MWth.In addition, the project fits into local low-carbon strategies. The heat pump operates by transporting heat from a lower temperature source to a higher temperature source. This process goes against the natural direction of heat flow. This circuit is identical to the refrigeration circuit, inverse to the process taking place, e.g. in a home refrigerator. Heat pumps allow the use of low-temperature heat to produce heat at a higher temperature, which can be used to heat home or to prepare hot water. The heat pump only needs electricity for its operation, which is used extremely efficiently by the heat pump. By flowing into the coil, the agent collects heat from the ground, and in the evaporator the heated pump gives heat to the cold refrigerant of the internal heat pump. The refrigerant heats up and evaporates, becoming a gas. The gas is compressed by the compressor. The heat generated by this process is transferred in condenser to the central heating system of the building. Liquefied gas after passing through the expansion valve lowers its pressure and temperature and flows into the evaporator, where it receives heat from the agent again and the process begins again. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: The investment covered by this project consists of the purchase and installation of a 34.8 kW heat pump in Tomaszków plot No. 196/4. The project fits into the type of project mentioned in the SzOOP RPO WiM 2014-2020 for Action 4.1 – Supporting the generation and distribution of energy from renewable sources. The project meets all the shore conditions set out in the SzOOP RPO WiM 2014-2020.The heat pump according to the possibility described in the SzOOP will serve the needs of the company. The project fits into the assumptions of the SzOOP as the nature of the investment corresponds to the type of project indicated in SzOOP – the construction of units using geothermal energy up to 2 MWth.In addition, the project fits into local low-carbon strategies. The heat pump operates by transporting heat from a lower temperature source to a higher temperature source. This process goes against the natural direction of heat flow. This circuit is identical to the refrigeration circuit, inverse to the process taking place, e.g. in a home refrigerator. Heat pumps allow the use of low-temperature heat to produce heat at a higher temperature, which can be used to heat home or to prepare hot water. The heat pump only needs electricity for its operation, which is used extremely efficiently by the heat pump. By flowing into the coil, the agent collects heat from the ground, and in the evaporator the heated pump gives heat to the cold refrigerant of the internal heat pump. The refrigerant heats up and evaporates, becoming a gas. The gas is compressed by the compressor. The heat generated by this process is transferred in condenser to the central heating system of the building. Liquefied gas after passing through the expansion valve lowers its pressure and temperature and flows into the evaporator, where it receives heat from the agent again and the process begins again. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 15:57, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Use of renewable energy sources by installation of a heat pump by the company ZAKLAD “GANIWEX” Grzegorz Niki |
Project in Poland financed by DG Regio |
Statements
167,490.8 zloty
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197,048.0 zloty
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85.0 percent
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9 March 2017
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29 July 2019
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ZAKŁAD STOLARSKI "GANIWEX" GRZEGORZ NISKI
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53°39'30.6"N, 20°24'4.3"E
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Inwestycja objęta niniejszym projektem polega na zakupie i montażu pompy ciepła o mocy 34,8 kW w Tomaszkowie działka nr 196/4. Projekt wpisuje się w typ projektu wymieniony w SzOOP RPO WiM 2014-2020 dla działania 4.1 - Wspieranie wytwarzania i dystrybucji energii pochodzącej ze źródeł odnawialnych. Projekt spełnia wszystkie warunki brzegowe określone w SzOOP RPO WiM 2014-2020.Pompa ciepła zgodnie z możliwością opisaną w SzOOP będzie służyła potrzebom własnym przedsiębiorstwa, dokonano zgłoszenia robót geologicznych do Starostwa Powiatowego. Projekt wpisuje się w założenia SzOOP, gdyż charakter inwestycji odpowiada typowi projektu wskazanym w SzOOP - budowa jednostek wykorzystujących energię geotermalną do 2 MWth.Dodatkowo projekt wpisuje się w lokalne strategie niskoemisyjne. Pompa ciepła działa na zasadzie transportu ciepła ze źródła o niższej temperaturze do źródła o temperaturze wyższej. Proces ten przebiega wbrew naturalnemu kierunkowi przepływu ciepła. Jest to obieg identyczny z obiegiem chłodniczym, odwrotnym do procesu zachodzącego np. w lodówce domowej. Pompy ciepła umożliwiają wykorzystanie ciepła o niskiej temperaturze do wytwarzania ciepła o wyższej temperaturze, które można zastosować do ogrzewania domu lub przygotowania ciepłej wody użytkowej. Pompa ciepła do swej pracy potrzebuje jedynie energii elektrycznej, która jest przez nią wykorzystywana niezwykle efektywnie. Czynnik płynąc w wężownicy odbiera energię cieplną z gruntu, a w parowniku pompy podgrzany czynnik oddaje ciepło zimnemu czynnikowi chłodniczemu obiegu wewnętrznego pompy ciepła. Czynnik chłodniczy podgrzewa się i odparowuje, stając się gazem. Gaz zostaje sprężony przez sprężarkę. Wytworzone w tym procesie ciepło jest przekazywane w skraplaczu do systemu instalacji centralnego ogrzewania budynku. Skroplony gaz po przejściu przez zawór rozprężny obniża swoje ciśnienie oraz temperaturę i przepływa do parownika, gdzie ponownie odbiera ciepło od czynnika i proces zaczyna się ponownie. (Polish)
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The investment covered by this project consists of the purchase and installation of a 34.8 kW heat pump in Tomaszków plot No. 196/4. The project fits into the type of project mentioned in the SzOOP RPO WiM 2014-2020 for Action 4.1 – Supporting the generation and distribution of energy from renewable sources. The project meets all the shore conditions set out in the SzOOP RPO WiM 2014-2020.The heat pump according to the possibility described in the SzOOP will serve the needs of the company. The project fits into the assumptions of the SzOOP as the nature of the investment corresponds to the type of project indicated in SzOOP – the construction of units using geothermal energy up to 2 MWth.In addition, the project fits into local low-carbon strategies. The heat pump operates by transporting heat from a lower temperature source to a higher temperature source. This process goes against the natural direction of heat flow. This circuit is identical to the refrigeration circuit, inverse to the process taking place, e.g. in a home refrigerator. Heat pumps allow the use of low-temperature heat to produce heat at a higher temperature, which can be used to heat home or to prepare hot water. The heat pump only needs electricity for its operation, which is used extremely efficiently by the heat pump. By flowing into the coil, the agent collects heat from the ground, and in the evaporator the heated pump gives heat to the cold refrigerant of the internal heat pump. The refrigerant heats up and evaporates, becoming a gas. The gas is compressed by the compressor. The heat generated by this process is transferred in condenser to the central heating system of the building. Liquefied gas after passing through the expansion valve lowers its pressure and temperature and flows into the evaporator, where it receives heat from the agent again and the process begins again. (English)
21 October 2020
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Identifiers
RPWM.04.01.00-28-0034/17
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