Energy development of public buildings in Heves by exploiting renewable energy sources (Q3951422): Difference between revisions
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The aim of the project is to modernise the heating system of four public institutions in Heves, involving renewable energy sources, using geothermal energy from the existing thermal well. Most of the public institutions located in the settlement are outdated from an energy point of view, some of these buildings have already been upgraded by the project promoter under the Environment and Energy Operational Programme, but many public institutions have been omitted from these projects or need further energy investments, so the modernisation of additional buildings is justified from both environmental and economic point of view. A significant part of the running costs of the Municipality comes from the operation of municipal-owned public institutions. These costs can be greatly reduced by energy modernisation, as more modern infrastructure can be operated at lower overhead costs, which can lead to significant cost savings in the municipality’s expenditure. The project is in line with the call for tenders, since it targets the production and local use of energy from renewable sources of municipal importance to meet its own (public) energy needs. Buildings are 100 % owned by municipalities, where the development of fossil fuel greenhouse gas emissions reduces with the transition to geothermal energy. According to point 3.1.1(b) of the call, self-heating and electricity demand is met with geothermal energy. Priority axis 3 of the TOP is targeted to support the transition to a low-carbon economy in urban areas in particular, and the Project can be linked to the specific objective 3.B, improving the energy efficiency of municipalities and increasing the share of renewable energy sources by making a significant contribution to the specific objective at local level. As part of the project, the Heves City Mayor’s Office, Heves City Sports and Event Hall, Kerekerdő Kindergarten and Hevesi József Primary School buildings can be upgraded between October 2016 and December 2017. The four facilities to be developed are currently heating using gas boilers, the hybrid heating system located in the Hevesi József Elementary School alone. The aim of the development is to replace fossil-based heating with renewable (geothermal) energy. The four institutions will be integrated into a heat area, which is supplied by the existing but currently closed well with a water temperature of 36 degrees. Once the appropriate permits are available, a re-injection well will be built. The production well powered, ring inlet thermal line system will be installed. This thermal water is delivered through a transmission system to the heat centre room of the building, where it is connected to the heat pump system through a filtration system. The recurring branches of heat pump systems connect to the ring output heat transmission line, which ends in the newly installed re-injection well system. The heat pumps will be purchased for three buildings within the framework of the project, and all four public institutions will be connected to the geothermal power plant, in which the heat pumps have a heat output of 693 kW. As a result of the project, the overhead costs of the institutions are reduced, thereby reducing the running costs of the municipality. Furthermore, the reduction in greenhouse gas emissions is significant as the fossil fuel is triggered by geothermal energy in four public institutions during project implementation. The operation will be carried out by the Municipality after the implementation of the project. The planned financial framework for the development is HUF 420 million gross, of which the construction of the heat pump system amounts to HUF 369.570.000 gross. (English) | |||||||||||||||
| Property / summary: The aim of the project is to modernise the heating system of four public institutions in Heves, involving renewable energy sources, using geothermal energy from the existing thermal well. Most of the public institutions located in the settlement are outdated from an energy point of view, some of these buildings have already been upgraded by the project promoter under the Environment and Energy Operational Programme, but many public institutions have been omitted from these projects or need further energy investments, so the modernisation of additional buildings is justified from both environmental and economic point of view. A significant part of the running costs of the Municipality comes from the operation of municipal-owned public institutions. These costs can be greatly reduced by energy modernisation, as more modern infrastructure can be operated at lower overhead costs, which can lead to significant cost savings in the municipality’s expenditure. The project is in line with the call for tenders, since it targets the production and local use of energy from renewable sources of municipal importance to meet its own (public) energy needs. Buildings are 100 % owned by municipalities, where the development of fossil fuel greenhouse gas emissions reduces with the transition to geothermal energy. According to point 3.1.1(b) of the call, self-heating and electricity demand is met with geothermal energy. Priority axis 3 of the TOP is targeted to support the transition to a low-carbon economy in urban areas in particular, and the Project can be linked to the specific objective 3.B, improving the energy efficiency of municipalities and increasing the share of renewable energy sources by making a significant contribution to the specific objective at local level. As part of the project, the Heves City Mayor’s Office, Heves City Sports and Event Hall, Kerekerdő Kindergarten and Hevesi József Primary School buildings can be upgraded between October 2016 and December 2017. The four facilities to be developed are currently heating using gas boilers, the hybrid heating system located in the Hevesi József Elementary School alone. The aim of the development is to replace fossil-based heating with renewable (geothermal) energy. The four institutions will be integrated into a heat area, which is supplied by the existing but currently closed well with a water temperature of 36 degrees. Once the appropriate permits are available, a re-injection well will be built. The production well powered, ring inlet thermal line system will be installed. This thermal water is delivered through a transmission system to the heat centre room of the building, where it is connected to the heat pump system through a filtration system. The recurring branches of heat pump systems connect to the ring output heat transmission line, which ends in the newly installed re-injection well system. The heat pumps will be purchased for three buildings within the framework of the project, and all four public institutions will be connected to the geothermal power plant, in which the heat pumps have a heat output of 693 kW. As a result of the project, the overhead costs of the institutions are reduced, thereby reducing the running costs of the municipality. Furthermore, the reduction in greenhouse gas emissions is significant as the fossil fuel is triggered by geothermal energy in four public institutions during project implementation. The operation will be carried out by the Municipality after the implementation of the project. The planned financial framework for the development is HUF 420 million gross, of which the construction of the heat pump system amounts to HUF 369.570.000 gross. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to modernise the heating system of four public institutions in Heves, involving renewable energy sources, using geothermal energy from the existing thermal well. Most of the public institutions located in the settlement are outdated from an energy point of view, some of these buildings have already been upgraded by the project promoter under the Environment and Energy Operational Programme, but many public institutions have been omitted from these projects or need further energy investments, so the modernisation of additional buildings is justified from both environmental and economic point of view. A significant part of the running costs of the Municipality comes from the operation of municipal-owned public institutions. These costs can be greatly reduced by energy modernisation, as more modern infrastructure can be operated at lower overhead costs, which can lead to significant cost savings in the municipality’s expenditure. The project is in line with the call for tenders, since it targets the production and local use of energy from renewable sources of municipal importance to meet its own (public) energy needs. Buildings are 100 % owned by municipalities, where the development of fossil fuel greenhouse gas emissions reduces with the transition to geothermal energy. According to point 3.1.1(b) of the call, self-heating and electricity demand is met with geothermal energy. Priority axis 3 of the TOP is targeted to support the transition to a low-carbon economy in urban areas in particular, and the Project can be linked to the specific objective 3.B, improving the energy efficiency of municipalities and increasing the share of renewable energy sources by making a significant contribution to the specific objective at local level. As part of the project, the Heves City Mayor’s Office, Heves City Sports and Event Hall, Kerekerdő Kindergarten and Hevesi József Primary School buildings can be upgraded between October 2016 and December 2017. The four facilities to be developed are currently heating using gas boilers, the hybrid heating system located in the Hevesi József Elementary School alone. The aim of the development is to replace fossil-based heating with renewable (geothermal) energy. The four institutions will be integrated into a heat area, which is supplied by the existing but currently closed well with a water temperature of 36 degrees. Once the appropriate permits are available, a re-injection well will be built. The production well powered, ring inlet thermal line system will be installed. This thermal water is delivered through a transmission system to the heat centre room of the building, where it is connected to the heat pump system through a filtration system. The recurring branches of heat pump systems connect to the ring output heat transmission line, which ends in the newly installed re-injection well system. The heat pumps will be purchased for three buildings within the framework of the project, and all four public institutions will be connected to the geothermal power plant, in which the heat pumps have a heat output of 693 kW. As a result of the project, the overhead costs of the institutions are reduced, thereby reducing the running costs of the municipality. Furthermore, the reduction in greenhouse gas emissions is significant as the fossil fuel is triggered by geothermal energy in four public institutions during project implementation. The operation will be carried out by the Municipality after the implementation of the project. The planned financial framework for the development is HUF 420 million gross, of which the construction of the heat pump system amounts to HUF 369.570.000 gross. (English) / qualifier | |||||||||||||||
point in time: 9 February 2022
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Revision as of 13:36, 9 February 2022
Project Q3951422 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Energy development of public buildings in Heves by exploiting renewable energy sources |
Project Q3951422 in Hungary |
Statements
420,000,000 forint
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1,350,732.649 Euro
0.0027336256 Euro
15 December 2021
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494,117,647.059 forint
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85.0 percent
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14 September 2017
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30 September 2020
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HEVES VÁROS ÖNKORMÁNYZATA
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47°35'59.57"N, 20°16'28.31"E
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A projekt célja Heves város négy közintézményének fűtési korszerűsítése, megújuló energiaforrás bevonásával, a meglévő termálkútból nyert geotermikus energia felhasználásával. A településen található közintézmény állomány nagy része energetikai szempontból elavult, ezeknek az épületek egy részének az energetikai korszerűsítését a Környezet- és Energia Operatív program keretein belül végzett fejlesztésekkel projektgazda már megkezdte, azonban ezekből a projektekből számos közintézmény kimaradt, illetve további energetikai beruházások szükségesek hozzájuk, így mind környezetvédelmi, mind gazdasági szempontból indokolt a további épületek korszerűsítése. Az Önkormányzat működési költségeinek jelentős részét a települési tulajdonban álló közintézmények működtetése adja. Ezen költségek nagymértékben csökkenthetőek az energetikai szempontú korszerűsítéssel, hiszen a korszerűbb infrastruktúra alacsonyabb rezsiköltséggel működtethető, ami jelentős költségmegtakarítást eredményezhet a település kiadásaiban. A projekt illeszkedik a pályázati kiíráshoz, mivel települési jelentőségű, saját (közcélú) energiaigény kielégítésére szolgáló megújuló energiaforrásból nyert energia termelését és helyi felhasználását célozza meg. Az épületek 100%-ban önkormányzati tulajdonúak, melyekben a fejlesztés során a fosszilis energiahordozóból származó üvegházhatású gázok kibocsátása csökken a geotermikus energiára történő átállással. A Felhívás 3.1.1 b) pontjának megfelelően saját (közcélú) fűtési, villamos energia igény kielégítése történik meg geotermikus energiával. A TOP 3. prioritási tengelyének célterülete az alacsony széndioxid kibocsátású gazdaságra való áttérés támogatása kiemelten a városi területeken, a Projekt pedig a 3.B, a Települési önkormányzatok energiahatékonyságának javítása és a megújuló energiaforrások részarányának növelése egyedi célkitűzéshez tud kapcsolódni azáltal, hogy az egyedi célkitűzésben foglaltakhoz helyi szinten jelentős mértékben hozzájárul. A projekt keretében Heves Város Polgármesteri Hivatala, a Heves Városi Sport- és Rendezvénycsarnok, a Kerekerdő Óvoda és a Hevesi József Általános Iskola önkormányzati tulajdonú épületek fűtéskorszerűsítése valósulhat meg geotermikus energiaforrás bevonásával 2016. október – 2017. december között. A négy fejlesztendő létesítménynek fűtése jelenleg gázkazánok segítségével történik, egyedül a Hevesi József Általános Iskolában található hibrid fűtési rendszer. A fejlesztés célja, hogy a fosszilis energiahordozókon alapuló fűtést megújuló (geotermikus) energiával lehessen kiváltani. A négy intézményt egy hőkörzetbe vonjuk be, amelynek hőenergia ellátását a meglévő, de jelenleg lezárt, 36 fokos vízhőmérsékletű termelő kút biztosítja. A megfelelő engedélyek rendelkezésre állását követően megépítésre kerül egy visszasajtoló kút. Kialakításra kerül a termelő kútról meghajtott, gyűrűs bemeneti hőtávvezeték rendszer. Ezen termálvíz távvezeték rendszeren keresztül jut el a víz/víz hőszivattyúk meghajtása az adott épület hőközponti helyiségébe, ahol szűrőrendszeren keresztül csatlakozik a hőszivattyús rendszerhez. A hőszivattyús rendszerek hőforrás visszatérő ágai a gyűrűs kimeneti hőtávvezetékre csatlakoznak, amely az újonnan létesített visszasajtoló kút rendszerben végződik. A hőszivattyúk beszerzése három épülethez a projekt keretében megtörténik, illetve sor kerül mind a négy közintézmény csatlakozására a geotermikus erőműre, mely rendszerben a hőszivattyúk hőteljesítménye 693 kW. A projekt eredményeként csökken az intézmények rezsiköltsége, ezáltal az önkormányzat üzemeltetési költségei is csökkennek. Továbbá az üvegházhatású gázok kibocsátásának csökkenése számottevő, mivel a fosszilis energiahordozót geotermikus energia váltja ki négy közintézményben a projektmegvalósítás során. Az üzemeltetést az Önkormányzat fogja végezni a projektmegvalósítást követően. A fejlesztés tervezett pénzügyi kerete bruttó 420 millió Ft, ebből a hőszivattyús rendszer kivitelezése bruttó 369.570.000 Ft-ot tesz ki. (Hungarian)
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The aim of the project is to modernise the heating system of four public institutions in Heves, involving renewable energy sources, using geothermal energy from the existing thermal well. Most of the public institutions located in the settlement are outdated from an energy point of view, some of these buildings have already been upgraded by the project promoter under the Environment and Energy Operational Programme, but many public institutions have been omitted from these projects or need further energy investments, so the modernisation of additional buildings is justified from both environmental and economic point of view. A significant part of the running costs of the Municipality comes from the operation of municipal-owned public institutions. These costs can be greatly reduced by energy modernisation, as more modern infrastructure can be operated at lower overhead costs, which can lead to significant cost savings in the municipality’s expenditure. The project is in line with the call for tenders, since it targets the production and local use of energy from renewable sources of municipal importance to meet its own (public) energy needs. Buildings are 100 % owned by municipalities, where the development of fossil fuel greenhouse gas emissions reduces with the transition to geothermal energy. According to point 3.1.1(b) of the call, self-heating and electricity demand is met with geothermal energy. Priority axis 3 of the TOP is targeted to support the transition to a low-carbon economy in urban areas in particular, and the Project can be linked to the specific objective 3.B, improving the energy efficiency of municipalities and increasing the share of renewable energy sources by making a significant contribution to the specific objective at local level. As part of the project, the Heves City Mayor’s Office, Heves City Sports and Event Hall, Kerekerdő Kindergarten and Hevesi József Primary School buildings can be upgraded between October 2016 and December 2017. The four facilities to be developed are currently heating using gas boilers, the hybrid heating system located in the Hevesi József Elementary School alone. The aim of the development is to replace fossil-based heating with renewable (geothermal) energy. The four institutions will be integrated into a heat area, which is supplied by the existing but currently closed well with a water temperature of 36 degrees. Once the appropriate permits are available, a re-injection well will be built. The production well powered, ring inlet thermal line system will be installed. This thermal water is delivered through a transmission system to the heat centre room of the building, where it is connected to the heat pump system through a filtration system. The recurring branches of heat pump systems connect to the ring output heat transmission line, which ends in the newly installed re-injection well system. The heat pumps will be purchased for three buildings within the framework of the project, and all four public institutions will be connected to the geothermal power plant, in which the heat pumps have a heat output of 693 kW. As a result of the project, the overhead costs of the institutions are reduced, thereby reducing the running costs of the municipality. Furthermore, the reduction in greenhouse gas emissions is significant as the fossil fuel is triggered by geothermal energy in four public institutions during project implementation. The operation will be carried out by the Municipality after the implementation of the project. The planned financial framework for the development is HUF 420 million gross, of which the construction of the heat pump system amounts to HUF 369.570.000 gross. (English)
9 February 2022
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Heves, Heves
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Identifiers
TOP-3.2.2-15-HE1-2016-00003
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