Implementation of energy development at GENERAL-Westing Design and Design Ltd. (Q3935825): Difference between revisions

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(‎Removed claim: summary (P836): Please describe the detailed professional content of the development. Describe the area you want to develop. Within the framework of the development, a simplified energy development will be carried out with the installation of a solar panel system with a power of 265.65 kWh. The technical parameters of the system can be described by: Installation of 805 Suntech STP 330S-A60/Wfh solar panels 5 pcs Kaco blueplanet 50.0 TL3 HUGXL type inverter w...)
Property / summary
Please describe the detailed professional content of the development. Describe the area you want to develop. Within the framework of the development, a simplified energy development will be carried out with the installation of a solar panel system with a power of 265.65 kWh. The technical parameters of the system can be described by: Installation of 805 Suntech STP 330S-A60/Wfh solar panels 5 pcs Kaco blueplanet 50.0 TL3 HUGXL type inverter with associated additional mounting materials The 805 solar modules manufactured by Suntech, STP 330S-A60/Wfh, will be installed on the flat roofs of the two halls, according to the module layout, with southern orientation on S:Flex-manufactured aluminium, weightable support structure. The 805 solar panels shall be connected to 35 strings, each containing 23 solar panels, according to the module allocation, which shall be connected to the 7-7 inlets of the inverters. The modules are connected to the inverters with a solar wire of 6 mm². From the inverters, the system is connected to the grid via solar panel distributors. The designed inverters are Kaco, blueplanet 50.0TL3 HUGXL, 3-phase, network regenerated. The inverter complies with all relevant standards requirements. It is possible to place it outside the building, under the roof, mounted on the wall. Built into the inverter, you can find DC side T1+T2 overvoltage protection, string fuses, and T1+T2 overvoltage protection on the AC side. The following preparatory activities were carried out under the project: The company contacted the energetician, with regard to the development site, after mapping the consumption data for the last three years, the direction of development was outlined. Subsequently, construction companies were contacted in order to map the market price and the available quality. The technical content of the development was determined taking into account the tenders, technical content and prices received. In the framework of the project, costs will only be declared in connection with the installation of the solar system. The implementation process includes the following activities — the whole process is carried out as follows in order to realise the eligible costs: At the same time as the contract is concluded, the service provider’s administration (application notification) and the connection documentation are submitted. After the acceptance of the service provider, the implementation will be carried out. The meter will be installed after reporting to the supplier. Upon completion of the implementation, the contractor issues a final invoice, the project is closed and the accounts are made. The company has not yet implemented a tender using EU funding, so the project is implemented using its professional experience and based on the knowledge of external experts. The company therefore has the appropriate knowledge of carrying out the administrative tasks related to the project. In the selection of the contractor, reliability, reference and professional experience are criteria. Proper implementation shall be ensured by the continuous presence of a technical inspector. Further details are attached. (English)
 
Property / summary: Please describe the detailed professional content of the development. Describe the area you want to develop. Within the framework of the development, a simplified energy development will be carried out with the installation of a solar panel system with a power of 265.65 kWh. The technical parameters of the system can be described by: Installation of 805 Suntech STP 330S-A60/Wfh solar panels 5 pcs Kaco blueplanet 50.0 TL3 HUGXL type inverter with associated additional mounting materials The 805 solar modules manufactured by Suntech, STP 330S-A60/Wfh, will be installed on the flat roofs of the two halls, according to the module layout, with southern orientation on S:Flex-manufactured aluminium, weightable support structure. The 805 solar panels shall be connected to 35 strings, each containing 23 solar panels, according to the module allocation, which shall be connected to the 7-7 inlets of the inverters. The modules are connected to the inverters with a solar wire of 6 mm². From the inverters, the system is connected to the grid via solar panel distributors. The designed inverters are Kaco, blueplanet 50.0TL3 HUGXL, 3-phase, network regenerated. The inverter complies with all relevant standards requirements. It is possible to place it outside the building, under the roof, mounted on the wall. Built into the inverter, you can find DC side T1+T2 overvoltage protection, string fuses, and T1+T2 overvoltage protection on the AC side. The following preparatory activities were carried out under the project: The company contacted the energetician, with regard to the development site, after mapping the consumption data for the last three years, the direction of development was outlined. Subsequently, construction companies were contacted in order to map the market price and the available quality. The technical content of the development was determined taking into account the tenders, technical content and prices received. In the framework of the project, costs will only be declared in connection with the installation of the solar system. The implementation process includes the following activities — the whole process is carried out as follows in order to realise the eligible costs: At the same time as the contract is concluded, the service provider’s administration (application notification) and the connection documentation are submitted. After the acceptance of the service provider, the implementation will be carried out. The meter will be installed after reporting to the supplier. Upon completion of the implementation, the contractor issues a final invoice, the project is closed and the accounts are made. The company has not yet implemented a tender using EU funding, so the project is implemented using its professional experience and based on the knowledge of external experts. The company therefore has the appropriate knowledge of carrying out the administrative tasks related to the project. In the selection of the contractor, reliability, reference and professional experience are criteria. Proper implementation shall be ensured by the continuous presence of a technical inspector. Further details are attached. (English) / rank
Normal rank
 
Property / summary: Please describe the detailed professional content of the development. Describe the area you want to develop. Within the framework of the development, a simplified energy development will be carried out with the installation of a solar panel system with a power of 265.65 kWh. The technical parameters of the system can be described by: Installation of 805 Suntech STP 330S-A60/Wfh solar panels 5 pcs Kaco blueplanet 50.0 TL3 HUGXL type inverter with associated additional mounting materials The 805 solar modules manufactured by Suntech, STP 330S-A60/Wfh, will be installed on the flat roofs of the two halls, according to the module layout, with southern orientation on S:Flex-manufactured aluminium, weightable support structure. The 805 solar panels shall be connected to 35 strings, each containing 23 solar panels, according to the module allocation, which shall be connected to the 7-7 inlets of the inverters. The modules are connected to the inverters with a solar wire of 6 mm². From the inverters, the system is connected to the grid via solar panel distributors. The designed inverters are Kaco, blueplanet 50.0TL3 HUGXL, 3-phase, network regenerated. The inverter complies with all relevant standards requirements. It is possible to place it outside the building, under the roof, mounted on the wall. Built into the inverter, you can find DC side T1+T2 overvoltage protection, string fuses, and T1+T2 overvoltage protection on the AC side. The following preparatory activities were carried out under the project: The company contacted the energetician, with regard to the development site, after mapping the consumption data for the last three years, the direction of development was outlined. Subsequently, construction companies were contacted in order to map the market price and the available quality. The technical content of the development was determined taking into account the tenders, technical content and prices received. In the framework of the project, costs will only be declared in connection with the installation of the solar system. The implementation process includes the following activities — the whole process is carried out as follows in order to realise the eligible costs: At the same time as the contract is concluded, the service provider’s administration (application notification) and the connection documentation are submitted. After the acceptance of the service provider, the implementation will be carried out. The meter will be installed after reporting to the supplier. Upon completion of the implementation, the contractor issues a final invoice, the project is closed and the accounts are made. The company has not yet implemented a tender using EU funding, so the project is implemented using its professional experience and based on the knowledge of external experts. The company therefore has the appropriate knowledge of carrying out the administrative tasks related to the project. In the selection of the contractor, reliability, reference and professional experience are criteria. Proper implementation shall be ensured by the continuous presence of a technical inspector. Further details are attached. (English) / qualifier
point in time: 8 February 2022
Timestamp+2022-02-08T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
Before0
After0
 

Revision as of 21:57, 8 February 2022

Project Q3935825 in Hungary
Language Label Description Also known as
English
Implementation of energy development at GENERAL-Westing Design and Design Ltd.
Project Q3935825 in Hungary

    Statements

    contained in NUTS
    Vas
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    country
    Hungary
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    EU contribution
    74,375,000 forint
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    205,662.49 Euro
    exchange rate to Euro
    0.00276521 Euro
    point in time
    3 December 2021
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    budget
    369,660.735 Euro
    exchange rate to Euro
    0.0027336256 Euro
    point in time
    15 December 2021
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    135,227,272.727 forint
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    co-financing rate
    55.0 percent
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    start time
    1 January 2021
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    end time
    30 September 2022
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    beneficiary name (string)
    GENERÁL-WESTING Tervező és Kivitelező Korlátolt Felelőssségű Társaság
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    beneficiary
    Q3973612
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    coordinate location

    47°13'44.83"N, 16°37'7.54"E
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    summary
    Kérjük, mutassa be a fejlesztés részletes szakmai tartalmát. Mutassa be a fejleszteni kívánt területet. A fejlesztés keretében egyszerűsített energetika fejlesztés megvalósítására kerül sor, 265,65 kWh teljesítményű napelemes rendszer telepítésével. A rendszer műszaki paraméterei az alábbiakkal mutathatók be: 805 darab SUNTECH STP 330S-A60/Wfh napelem telepítése 5 db KACO Blueplanet 50.0 TL3 HUGXL típusú inverter hozzá tartozó kiegészítő szerelési anyagokkal együtt A tervezett 805 db Suntech gyártmányú, STP 330S-A60/Wfh típusú napelem modul két csarnok lapostetőjére, a modulkiosztás szerint kerül telepítésre, déli tájolással S:Flex gyártású alumínium, lesúlyozható tartószerkezetre. A 805 db napelemet a modulkiosztás szerint 35 db, egyenként 23 db napelemet tartalmazó sztringbe kell kötni, melyeket az inverterek 7-7 bemenetére kell csatlakoztatni. A modulok 6mm2 keresztmetszetű szolár vezetékkel kerülnek bekötésre az inverterekbe. Az inverterekből a napelem elosztókon keresztül csatlakozik a rendszer a hálózatra. A tervezett inverterek KACO gyártmányú, Blueplanet 50.0TL3 HUGXL típusúak, 3 fázisú, hálózati visszatáplálású. Az inverter megfelel valamennyi vonatkozó szabványelvárásnak. Elhelyezése épületen kívül, előtető alatt lehetséges, falra szerelve. Az inverterbe beépítve megtalálható a DC-oldali T1+T2 típusú túlfeszültség védelem, sztringbiztosítékok, AC oldalon pedig T1+T2 típusú túlfeszültség védelem. A projekt keretében az alábbi előkészítő tevékenységek megvalósítására került sor: A vállalkozás felvette a kapcsolatot energetikussal, a fejlesztési helyszín vonatkozásában az elmúlt három év fogyasztási adatainak feltérképezése után körvonalazódott a fejlesztés irányvonala. Ezt követően került sor kivitelező vállalkozások megkeresésére a piaci ár valamint elérhető minőségek feltérképezése tekintetében. A beérkezett ajánlatok, műszaki tartalom, árak figyelembe vételével került sor a fejlesztés műszaki tartalmának meghatározására. A projekt keretében csak a napelemes rendszer telepítésével kapcsolatban kerül költség elszámolásra. A kivitelezés menete az alábbi tevékenységeket tartalmazza – a teljes folyamat az elszámolható költségek megvalósítása érdekében az alábbiak szerint zajlik: A vállalkozói szerződés megkötésével egyidőben megtörténik a szolgáltatói ügyintézés (igénybejelentés) valamint a csatlakozási dokumentáció benyújtása. A szolgáltató elfogadó válaszát követően kerül sor a kivitelezés megvalósítására. A szolgáltató felé történő készre jelentés után kerül sor a fogyasztásmérő felszerelésére. A kivitelezés lezárultával a vállalkozó végszámlát állít ki, a projekt lezárul, az elszámolás megtörténik. A vállalkozás korábban még nem valósított meg EU támogatás felhasználásával ó pályázatot, így szakmai tapasztalatát felhasználva és külsős szakemberek tudását alapul véve történik a projekt megvalósítása. A vállalkozás a projekthez kapcsolódó adminisztratív feladatok elvégzését illetően így megfelelő ismeretekkel rendelkezik. A kivitelező kiválasztásánál pedig szempont a megbízhatóság, referencia felmutatása, szakmai tapasztalat megléte. A megfelelő megvalósítást műszaki ellenőr folyamatos jelenléte biztosítja. További részletezés mellékelten csatolva. (Hungarian)
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    location (string)
    Szombathely, Vas
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    Identifiers

    Hungarian Kohesio ID
    GINOP-4.1.4-19-2020-03023
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