Energy modernisation by FULL-GAS Kft. 8630 Balatonboglár, Nyárfa utca 13. (Q3935242): Difference between revisions
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Within the framework of the aid application, the installation of a solar system shall be carried out exclusively for the purpose of generating electricity in the grid. The preparatory activities necessary for the submission of the grant application have been completed. An expert statement containing the photo documentation of the building to be developed and the calculations carried out by an energetic expert for the development has been attached to our grant application. The budget was drawn up on the basis of the bids of the contractor selected following the request of 3 quotations. The technical documentation required for the implementation (technical description, site drawing, single line connection drawing) has been prepared, which is attached to our application for support. The project involves the installation of a household-sized small solar power plant with a power of 26.64 kWp. Solar panels are installed on the south-west and south-east orientation roofing structure of the building located at the headquarters of FULL-GAS Ltd. 8630 Balatonboglár, Nyárfa utca 13. Elements of the system: 74 pcs 360 Wp Powered Longi Solar LR4-60HPH, monocrystalline solar panel, 1 pcs SunTrio Plus 25K three-phase 25 kW power inverter, anodised aluminum support structure for fixing solar panels, surge protection, cables, connectors, fittings. Based on the completed designs, the DC distribution device and the DC fire separator are installed in the attic. The solar cable is installed under the solar panels on the roof plane, in the attic in a protective tube. The inverter will be located inside the building, and the AC cable from it will reach the electrical distribution cabinet in a cable tray, where it is connected to the building’s electrical network. The technical parameters of the solar system are continuously monitored by the inverter. In the event that any parameter is outside the permitted band, it gives an error signal. The inverter includes a WIFI card through which you can connect to the building’s internal internet network. Data is collected continuously within the inverter regardless of the network connection. Data can be read directly from the display or computer. According to the current TVMI, the DC fireside isolation device of the Santon DFS-14 type will be installed in order to disconnect the DC-side fire-off system. The solar panels and the inverter are CE certified and comply with the relevant European Union rules and directives and comply with the Hungarian OTSZ. The inverter complies with the requirements of the distribution network licensee. The construction cost includes the design of the system, the delivery of its components to the site, the on-site assembly and installation by professionals, the establishment of overvoltage protection, the authorisation management. At the same time as the technical acceptance by E-ON, an ad-take meter is placed to measure the bidirectional energy flow. (English) | |||||||||||||||
| Property / summary: Within the framework of the aid application, the installation of a solar system shall be carried out exclusively for the purpose of generating electricity in the grid. The preparatory activities necessary for the submission of the grant application have been completed. An expert statement containing the photo documentation of the building to be developed and the calculations carried out by an energetic expert for the development has been attached to our grant application. The budget was drawn up on the basis of the bids of the contractor selected following the request of 3 quotations. The technical documentation required for the implementation (technical description, site drawing, single line connection drawing) has been prepared, which is attached to our application for support. The project involves the installation of a household-sized small solar power plant with a power of 26.64 kWp. Solar panels are installed on the south-west and south-east orientation roofing structure of the building located at the headquarters of FULL-GAS Ltd. 8630 Balatonboglár, Nyárfa utca 13. Elements of the system: 74 pcs 360 Wp Powered Longi Solar LR4-60HPH, monocrystalline solar panel, 1 pcs SunTrio Plus 25K three-phase 25 kW power inverter, anodised aluminum support structure for fixing solar panels, surge protection, cables, connectors, fittings. Based on the completed designs, the DC distribution device and the DC fire separator are installed in the attic. The solar cable is installed under the solar panels on the roof plane, in the attic in a protective tube. The inverter will be located inside the building, and the AC cable from it will reach the electrical distribution cabinet in a cable tray, where it is connected to the building’s electrical network. The technical parameters of the solar system are continuously monitored by the inverter. In the event that any parameter is outside the permitted band, it gives an error signal. The inverter includes a WIFI card through which you can connect to the building’s internal internet network. Data is collected continuously within the inverter regardless of the network connection. Data can be read directly from the display or computer. According to the current TVMI, the DC fireside isolation device of the Santon DFS-14 type will be installed in order to disconnect the DC-side fire-off system. The solar panels and the inverter are CE certified and comply with the relevant European Union rules and directives and comply with the Hungarian OTSZ. The inverter complies with the requirements of the distribution network licensee. The construction cost includes the design of the system, the delivery of its components to the site, the on-site assembly and installation by professionals, the establishment of overvoltage protection, the authorisation management. At the same time as the technical acceptance by E-ON, an ad-take meter is placed to measure the bidirectional energy flow. (English) / rank | |||||||||||||||
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| Property / summary: Within the framework of the aid application, the installation of a solar system shall be carried out exclusively for the purpose of generating electricity in the grid. The preparatory activities necessary for the submission of the grant application have been completed. An expert statement containing the photo documentation of the building to be developed and the calculations carried out by an energetic expert for the development has been attached to our grant application. The budget was drawn up on the basis of the bids of the contractor selected following the request of 3 quotations. The technical documentation required for the implementation (technical description, site drawing, single line connection drawing) has been prepared, which is attached to our application for support. The project involves the installation of a household-sized small solar power plant with a power of 26.64 kWp. Solar panels are installed on the south-west and south-east orientation roofing structure of the building located at the headquarters of FULL-GAS Ltd. 8630 Balatonboglár, Nyárfa utca 13. Elements of the system: 74 pcs 360 Wp Powered Longi Solar LR4-60HPH, monocrystalline solar panel, 1 pcs SunTrio Plus 25K three-phase 25 kW power inverter, anodised aluminum support structure for fixing solar panels, surge protection, cables, connectors, fittings. Based on the completed designs, the DC distribution device and the DC fire separator are installed in the attic. The solar cable is installed under the solar panels on the roof plane, in the attic in a protective tube. The inverter will be located inside the building, and the AC cable from it will reach the electrical distribution cabinet in a cable tray, where it is connected to the building’s electrical network. The technical parameters of the solar system are continuously monitored by the inverter. In the event that any parameter is outside the permitted band, it gives an error signal. The inverter includes a WIFI card through which you can connect to the building’s internal internet network. Data is collected continuously within the inverter regardless of the network connection. Data can be read directly from the display or computer. According to the current TVMI, the DC fireside isolation device of the Santon DFS-14 type will be installed in order to disconnect the DC-side fire-off system. The solar panels and the inverter are CE certified and comply with the relevant European Union rules and directives and comply with the Hungarian OTSZ. The inverter complies with the requirements of the distribution network licensee. The construction cost includes the design of the system, the delivery of its components to the site, the on-site assembly and installation by professionals, the establishment of overvoltage protection, the authorisation management. At the same time as the technical acceptance by E-ON, an ad-take meter is placed to measure the bidirectional energy flow. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 21:59, 8 February 2022
Project Q3935242 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Energy modernisation by FULL-GAS Kft. 8630 Balatonboglár, Nyárfa utca 13. |
Project Q3935242 in Hungary |
Statements
7,732,937 forint
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14,059,885.455 forint
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54.999995 percent
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30 May 2020
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30 May 2021
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FULL-GAS Motorsport, Kereskedelmi és Szolgáltató Kft.
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46°46'42.74"N, 17°39'19.19"E
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A támogatási kérelem keretében kizárólag napelemes rendszer telepítése hálózati villamosenergia-termelés céljából célterületre irányuló tevékenység valósul meg. A támogatási kérelem benyújtásához szükséges előkészítő tevékenységeket megvalósítottuk. A fejlesztendő épületről készült fotódokumentációt, a fejlesztéshez szükséges, energetikus szakértő által végzett számításokat tartalmazó szakértői nyilatkozatot támogatási kérelmünkhöz csatoltuk. A költségvetést 3 db árajánlat bekérését követően kiválasztott kivitelező ajánlata alapján állítottuk össze. A kivitelezéshez szükséges műszaki dokumentáció (műszaki leírás, helyszínrajz, egyvonalas bekötési rajz) elkészült, melyet támogatási kérelmünkhöz csatoltunk. A projektben 26,64 kWp teljesítményű háztartási méretű napelemes kiserőmű telepítése valósul meg. A napelemek a FULL-GAS Kft 8630 Balatonboglár, Nyárfa utca 13. cím alatti székhelyén található épület délnyugati és délkeleti tájolású, lemez illetve cserép fedésű tetőszerkezetén kerülnek telepítésre. A rendszer elemei: 74 db 360 Wp teljesítményű Longi Solar LR4-60HPH típusú, monokristályos napelem, 1 db SunTrio Plus 25K típusú háromfázisú 25 kW teljesítményű inverter, eloxált alumínium tartószerkezet a napelemek rögzítéséhez, túlfeszültség-védelem, kábelek, csatlakozók, szerelvények. Az elkészült tervek alapján a DC elosztó és a tűzeseti DC leválasztó eszköz a padlástérben kerül elhelyezésre. A szolár kábel a napelemek alatt a tetősíkon, a padlástérben védőcsőben kerül telepítésre. Az inverter az épületen belül lesz elhelyezve, az innen inuló AC kábel kábeltálcában jut el a villamos elosztószekrényhez, ahol csatlakozik az épület elektromos hálózatára. A napelemes rendszer műszaki paramétereit az inverter folyamatosan ellenőrzi. Abban az esetben, ha bármilyen paraméter a megengedett sávon kívülre kerül, hibajelzést ad. Az inverter tartalmaz egy WIFI kártyát, amelyen keresztül az épület belső internet hálózatához tud csatlakozni. Az adatgyűjtés az inverteren belül hálózati kapcsolattól függetlenül folyamatosan történik. Az adatok kiolvashatók közvetlenül a kijelzőről, vagy számítógépről is. A hatályos TvMI alapján a rendszer DC oldali tűzeseti lekapcsolásának érdekében Santon DFS-14 típusú DC tűzoldali leválasztó berendezés fog beépítésre kerülni. A napelemek és az inverter is rendelkeznek CE minősítéssel és megfelelnek a vonatkozó Európai Uniós szabályoknak és irányelveknek, valamint megfelelnek a magyar OTSZ-nek. Az inverter megfelel az elosztó hálózati engedélyes előírásainak. A kivitelezési költség tartalmazza a rendszer tervezését, elemeinek helyszínre szállítását, szakemberek által helyszíni összeszerelését és beüzemelését, a túlfeszültség védelem kialakítását, az engedélyeztetési ügyintézést. Az E-ON által történő műszaki átvétellel egyidőben ad-vesz mérő kerül elhelyezésre, amely alkalmas a kétirányú energiaáramlás mérésére. (Hungarian)
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Within the framework of the aid application, the installation of a solar system shall be carried out exclusively for the purpose of generating electricity in the grid. The preparatory activities necessary for the submission of the grant application have been completed. An expert statement containing the photo documentation of the building to be developed and the calculations carried out by an energetic expert for the development has been attached to our grant application. The budget was drawn up on the basis of the bids of the contractor selected following the request of 3 quotations. The technical documentation required for the implementation (technical description, site drawing, single line connection drawing) has been prepared, which is attached to our application for support. The project involves the installation of a household-sized small solar power plant with a power of 26.64 kWp. Solar panels are installed on the south-west and south-east orientation roofing structure of the building located at the headquarters of FULL-GAS Ltd. 8630 Balatonboglár, Nyárfa utca 13. Elements of the system: 74 pcs 360 Wp Powered Longi Solar LR4-60HPH, monocrystalline solar panel, 1 pcs SunTrio Plus 25K three-phase 25 kW power inverter, anodised aluminum support structure for fixing solar panels, surge protection, cables, connectors, fittings. Based on the completed designs, the DC distribution device and the DC fire separator are installed in the attic. The solar cable is installed under the solar panels on the roof plane, in the attic in a protective tube. The inverter will be located inside the building, and the AC cable from it will reach the electrical distribution cabinet in a cable tray, where it is connected to the building’s electrical network. The technical parameters of the solar system are continuously monitored by the inverter. In the event that any parameter is outside the permitted band, it gives an error signal. The inverter includes a WIFI card through which you can connect to the building’s internal internet network. Data is collected continuously within the inverter regardless of the network connection. Data can be read directly from the display or computer. According to the current TVMI, the DC fireside isolation device of the Santon DFS-14 type will be installed in order to disconnect the DC-side fire-off system. The solar panels and the inverter are CE certified and comply with the relevant European Union rules and directives and comply with the Hungarian OTSZ. The inverter complies with the requirements of the distribution network licensee. The construction cost includes the design of the system, the delivery of its components to the site, the on-site assembly and installation by professionals, the establishment of overvoltage protection, the authorisation management. At the same time as the technical acceptance by E-ON, an ad-take meter is placed to measure the bidirectional energy flow. (English)
8 February 2022
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Balatonboglár, Somogy
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Identifiers
GINOP-4.1.4-19-2020-02264
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