Implementation of capacity-enhancing investment at AT-Info Kft. (Q3920307): Difference between revisions
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The activities of AT-Info Kft. include activity No 2821 TEÁOR. This class covers the manufacture of heat pump systems. In the framework of this project, the company plans to introduce and apply a technique that is still unique in Hungary, which is related to the compilation of variable refrigerant-current (so-called VRF) systems. The construction of a backbone network connecting the external and indoor units of heat pumps and the production and assembly of the related pipe system are the basis of the activity to be developed. The determination of section lengths and diameters requires a high level of expertise and caution. In addition to production, inspection and commissioning of the assembled pipe system is also carried out. Comfort heating needs in a building can vary considerably, but in most cases the production and construction of a system is expected to satisfy both large heating and individual small needs economically. The company intends to manufacture and install pipes for the installation and installation of heat pumps that are highly energy efficient and are suitable for domestic hot water in addition to heating and cooling. VRF systems are state-of-the-art technology in direct evaporation systems. They can be used primarily in industrial facilities, office buildings, public buildings, condominiums and large family houses, where energy efficiency and high comfort, be it noise level, air condition or aesthetics, are a priority. The pipe systems produced by the company must comply with strict EU and domestic regulations and standards. The requirements, marking, quality testing and delivery conditions of copper pipes used in climate and refrigeration are regulated by EN standard MSZ EN 12735-1:2011, harmonised in Hungary. Soldering is an important step in the assembly of the pipe system. Since 2010, the standard of brassers has been "MSZ EN ISO 17672:2010 Hard soldering. Brazards’. The disbursement agents are described in the standard MSZ EN 1045 and all soldering products have a RAL quality mark. On 16 April 2014, the European Parliament and the Council adopted Regulation (EU) No 517/2014 on certain fluorinated greenhouse gases (F-gas Regulation II) in order to meet the EU’s climate change objectives and obligations under the Kyoto Protocol. Another important step in the technology to be used by the company is the gas tightness test after soldering and the checking of leakage as part of the manufacturing process, for which the calibrated instrument is also included among the devices to be procured. The Regulation lays down specific strict requirements for the different stages of the entire life cycle of F-gases. This is why it is important to develop the equipment park so that the company can produce systems that meet the requirements. (English) | |||||||||||||||
| Property / summary: The activities of AT-Info Kft. include activity No 2821 TEÁOR. This class covers the manufacture of heat pump systems. In the framework of this project, the company plans to introduce and apply a technique that is still unique in Hungary, which is related to the compilation of variable refrigerant-current (so-called VRF) systems. The construction of a backbone network connecting the external and indoor units of heat pumps and the production and assembly of the related pipe system are the basis of the activity to be developed. The determination of section lengths and diameters requires a high level of expertise and caution. In addition to production, inspection and commissioning of the assembled pipe system is also carried out. Comfort heating needs in a building can vary considerably, but in most cases the production and construction of a system is expected to satisfy both large heating and individual small needs economically. The company intends to manufacture and install pipes for the installation and installation of heat pumps that are highly energy efficient and are suitable for domestic hot water in addition to heating and cooling. VRF systems are state-of-the-art technology in direct evaporation systems. They can be used primarily in industrial facilities, office buildings, public buildings, condominiums and large family houses, where energy efficiency and high comfort, be it noise level, air condition or aesthetics, are a priority. The pipe systems produced by the company must comply with strict EU and domestic regulations and standards. The requirements, marking, quality testing and delivery conditions of copper pipes used in climate and refrigeration are regulated by EN standard MSZ EN 12735-1:2011, harmonised in Hungary. Soldering is an important step in the assembly of the pipe system. Since 2010, the standard of brassers has been "MSZ EN ISO 17672:2010 Hard soldering. Brazards’. The disbursement agents are described in the standard MSZ EN 1045 and all soldering products have a RAL quality mark. On 16 April 2014, the European Parliament and the Council adopted Regulation (EU) No 517/2014 on certain fluorinated greenhouse gases (F-gas Regulation II) in order to meet the EU’s climate change objectives and obligations under the Kyoto Protocol. Another important step in the technology to be used by the company is the gas tightness test after soldering and the checking of leakage as part of the manufacturing process, for which the calibrated instrument is also included among the devices to be procured. The Regulation lays down specific strict requirements for the different stages of the entire life cycle of F-gases. This is why it is important to develop the equipment park so that the company can produce systems that meet the requirements. (English) / rank | |||||||||||||||
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| Property / summary: The activities of AT-Info Kft. include activity No 2821 TEÁOR. This class covers the manufacture of heat pump systems. In the framework of this project, the company plans to introduce and apply a technique that is still unique in Hungary, which is related to the compilation of variable refrigerant-current (so-called VRF) systems. The construction of a backbone network connecting the external and indoor units of heat pumps and the production and assembly of the related pipe system are the basis of the activity to be developed. The determination of section lengths and diameters requires a high level of expertise and caution. In addition to production, inspection and commissioning of the assembled pipe system is also carried out. Comfort heating needs in a building can vary considerably, but in most cases the production and construction of a system is expected to satisfy both large heating and individual small needs economically. The company intends to manufacture and install pipes for the installation and installation of heat pumps that are highly energy efficient and are suitable for domestic hot water in addition to heating and cooling. VRF systems are state-of-the-art technology in direct evaporation systems. They can be used primarily in industrial facilities, office buildings, public buildings, condominiums and large family houses, where energy efficiency and high comfort, be it noise level, air condition or aesthetics, are a priority. The pipe systems produced by the company must comply with strict EU and domestic regulations and standards. The requirements, marking, quality testing and delivery conditions of copper pipes used in climate and refrigeration are regulated by EN standard MSZ EN 12735-1:2011, harmonised in Hungary. Soldering is an important step in the assembly of the pipe system. Since 2010, the standard of brassers has been "MSZ EN ISO 17672:2010 Hard soldering. Brazards’. The disbursement agents are described in the standard MSZ EN 1045 and all soldering products have a RAL quality mark. On 16 April 2014, the European Parliament and the Council adopted Regulation (EU) No 517/2014 on certain fluorinated greenhouse gases (F-gas Regulation II) in order to meet the EU’s climate change objectives and obligations under the Kyoto Protocol. Another important step in the technology to be used by the company is the gas tightness test after soldering and the checking of leakage as part of the manufacturing process, for which the calibrated instrument is also included among the devices to be procured. The Regulation lays down specific strict requirements for the different stages of the entire life cycle of F-gases. This is why it is important to develop the equipment park so that the company can produce systems that meet the requirements. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 17:17, 8 February 2022
Project Q3920307 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of capacity-enhancing investment at AT-Info Kft. |
Project Q3920307 in Hungary |
Statements
12,189,750 forint
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24,379,500.0 forint
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50.0 percent
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4 September 2017
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19 December 2017
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AT-Info Kereskedelmi és Szolgáltató Korlátolt Felelősségű Társaság
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46°20'54.56"N, 18°42'5.98"E
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Az AT-Info Kft. tevékenységi körei között szerepel a 2821 TEÁOR számú tevékenység. Ebbe a szakágazatba tartozik a hőszivattyú rendszerek gyártása. Ennek keretében jelen projekt megvalósítása révén a cég egy Magyarországon még egyedülálló technika bevezetését és alkalmazását tervezi, amely a változó hűtőközeg-áramú (ún. VRF) rendszerek összeállításához kapcsolódik. A hőszivattyúk kül- és beltéri egységeit összekötő gerinchálózat kiépítése, a kapcsolódó csőrendszer gyártása és összeállítása jelenti a fejlesztendő tevékenység alapját. A szakaszhosszúságok és az átmérők meghatározása nagy szakértelmet és körültekintést igényel. A gyártás mellett az összeállított csőrendszer ellenőrzése és üzembe helyezése is megvalósul. Egy épületben fellépő komfort fűtési igények jelentősen eltérőek lehetnek, de az esetek többségében olyan rendszer gyártása és kiépítése az elvárt, amely egyidejűleg nagy fűtési és egyedi kis igényt is gazdaságosan ki tud elégíteni. A vállalkozás olyan hőszivattyúk beszereléséhez és üzembe helyezéséhez szükséges csőrendszer gyártását és beszerelését kívánja végezni, amely jelentős mértékben energiatakarékos, és a fűtés-hűtés mellett használati melegvíz előállítására is alkalmas. A VRF rendszerek a közvetlen elpárologtatású rendszerek között csúcstechnológiát jelentenek. Ezek elsősorban ipari létesítményekben, irodaházakban, középületekben, társasházakban és nagy alapterületű családi házakban használhatók, ahol kiemelt elvárás az energiafelhasználás hatékonysága és a magas komfortérzet, akár a zajszint, akár a légállapot, akár az esztétika szempontjából. A cég által előállított csőrendszereknek szigorú európai uniós és hazai előírásoknak, valamint szabványoknak kell megfelelniük. A klíma- és hűtéstechnikában használatos rézcsövek követelményeit, jelölését, minőségvizsgálatát és szállítási feltételeit az MSZ EN 12735-1:2011 számú, hazánkban is harmonizált EN szabvány szabályozza. A csőrendszer összeállításának kiemelt jelentőséggel bíró lépése a forrasztás. A keményforraszok szabványa 2010 óta az „MSZ EN ISO 17672:2010 Keményforrasztás. Keményforraszok”. A folyósító szereket az MSZ EN 1045 szabvány írja le, és minden forrasztáshoz használt termék is rendelkezik RAL minőségjellel. Az EU-nak a Kiotói Jegyzőkönyv szerinti klímaváltozási célkitűzései és kötelezettségei teljesítése érdekében az Európai Parlament és a Tanács 2014. április 16-án elfogadta a 517/2014/EU rendeletet az egyes fluortartalmú üvegházhatású gázokról (F-gáz II. rendelet). Ehhez kapcsolódik a cég által alkalmazandó technológia másik fontos lépése, a gyártási folyamat elemeként a forrasztás utáni gáztömörség-vizsgálat és a szivárgás ellenőrzése, melyhez szükséges kalibrált műszer szintén a beszerzendő eszközök között szerepel. A rendelet speciális, szigorú követelményeket fogalmaz meg az F-gázok teljes életciklusának különböző szakaszaira vonatkozóan. Ezért is fontos az eszközpark fejlesztése, hogy a cég az előírásoknak megfelelő rendszereket gyárthasson. (Hungarian)
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The activities of AT-Info Kft. include activity No 2821 TEÁOR. This class covers the manufacture of heat pump systems. In the framework of this project, the company plans to introduce and apply a technique that is still unique in Hungary, which is related to the compilation of variable refrigerant-current (so-called VRF) systems. The construction of a backbone network connecting the external and indoor units of heat pumps and the production and assembly of the related pipe system are the basis of the activity to be developed. The determination of section lengths and diameters requires a high level of expertise and caution. In addition to production, inspection and commissioning of the assembled pipe system is also carried out. Comfort heating needs in a building can vary considerably, but in most cases the production and construction of a system is expected to satisfy both large heating and individual small needs economically. The company intends to manufacture and install pipes for the installation and installation of heat pumps that are highly energy efficient and are suitable for domestic hot water in addition to heating and cooling. VRF systems are state-of-the-art technology in direct evaporation systems. They can be used primarily in industrial facilities, office buildings, public buildings, condominiums and large family houses, where energy efficiency and high comfort, be it noise level, air condition or aesthetics, are a priority. The pipe systems produced by the company must comply with strict EU and domestic regulations and standards. The requirements, marking, quality testing and delivery conditions of copper pipes used in climate and refrigeration are regulated by EN standard MSZ EN 12735-1:2011, harmonised in Hungary. Soldering is an important step in the assembly of the pipe system. Since 2010, the standard of brassers has been "MSZ EN ISO 17672:2010 Hard soldering. Brazards’. The disbursement agents are described in the standard MSZ EN 1045 and all soldering products have a RAL quality mark. On 16 April 2014, the European Parliament and the Council adopted Regulation (EU) No 517/2014 on certain fluorinated greenhouse gases (F-gas Regulation II) in order to meet the EU’s climate change objectives and obligations under the Kyoto Protocol. Another important step in the technology to be used by the company is the gas tightness test after soldering and the checking of leakage as part of the manufacturing process, for which the calibrated instrument is also included among the devices to be procured. The Regulation lays down specific strict requirements for the different stages of the entire life cycle of F-gases. This is why it is important to develop the equipment park so that the company can produce systems that meet the requirements. (English)
8 February 2022
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Szekszárd, Tolna
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Identifiers
GINOP-1.2.2-16-2017-00081
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