Installation of a small solar power plant at DD INOX Kft. (Q3935292): Difference between revisions
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The aim of our project is to install and install a solar-powered household-sized small power station on the roof of a 40,3 kWp peak power grid. Prior to the project, we carried out on-site surveys, static checks on the capacity of the building and asked for quotations from several companies. Since the project is not subject to authorisation, we have prepared the necessary blueprints for the project. The 15-50 kW system will consist of 130 solar panels of 310 W each and a total of 40 kVA inverters. Both the solar panel and the inverter comply with the relevant specifications and standards, the system can be accessed remotely. Solar panels are placed on the southern part of the high roof, from here we conduct the electricity generated by appropriate wiring to the inverters, which are connected to the electricity meter. The system may be installed as soon as the meter is programmed/replaced by the service provider. The elements of the design system are CE certified and comply with all applicable legal requirements. The solar cell complies with the requirements of EN 61730 and, in the case of crystalline modules, the requirements of IEC 61215. The installation of the solar panel system at the same time serves to strengthen the environmentally conscious economic competitiveness of our company by reducing its overheads and at the same time reducing its environmental and primary energy consumption. (English) | |||||||||||||||
| Property / summary: The aim of our project is to install and install a solar-powered household-sized small power station on the roof of a 40,3 kWp peak power grid. Prior to the project, we carried out on-site surveys, static checks on the capacity of the building and asked for quotations from several companies. Since the project is not subject to authorisation, we have prepared the necessary blueprints for the project. The 15-50 kW system will consist of 130 solar panels of 310 W each and a total of 40 kVA inverters. Both the solar panel and the inverter comply with the relevant specifications and standards, the system can be accessed remotely. Solar panels are placed on the southern part of the high roof, from here we conduct the electricity generated by appropriate wiring to the inverters, which are connected to the electricity meter. The system may be installed as soon as the meter is programmed/replaced by the service provider. The elements of the design system are CE certified and comply with all applicable legal requirements. The solar cell complies with the requirements of EN 61730 and, in the case of crystalline modules, the requirements of IEC 61215. The installation of the solar panel system at the same time serves to strengthen the environmentally conscious economic competitiveness of our company by reducing its overheads and at the same time reducing its environmental and primary energy consumption. (English) / rank | |||||||||||||||
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| Property / summary: The aim of our project is to install and install a solar-powered household-sized small power station on the roof of a 40,3 kWp peak power grid. Prior to the project, we carried out on-site surveys, static checks on the capacity of the building and asked for quotations from several companies. Since the project is not subject to authorisation, we have prepared the necessary blueprints for the project. The 15-50 kW system will consist of 130 solar panels of 310 W each and a total of 40 kVA inverters. Both the solar panel and the inverter comply with the relevant specifications and standards, the system can be accessed remotely. Solar panels are placed on the southern part of the high roof, from here we conduct the electricity generated by appropriate wiring to the inverters, which are connected to the electricity meter. The system may be installed as soon as the meter is programmed/replaced by the service provider. The elements of the design system are CE certified and comply with all applicable legal requirements. The solar cell complies with the requirements of EN 61730 and, in the case of crystalline modules, the requirements of IEC 61215. The installation of the solar panel system at the same time serves to strengthen the environmentally conscious economic competitiveness of our company by reducing its overheads and at the same time reducing its environmental and primary energy consumption. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 21:58, 8 February 2022
Project Q3935292 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Installation of a small solar power plant at DD INOX Kft. |
Project Q3935292 in Hungary |
Statements
12,490,985 forint
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22,710,881.818 forint
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54.999994 percent
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26 February 2021
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19 April 2021
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DD - INOX Rozsdamentes Acélterméket Gyártó Korlátolt Felelősségű Társaság
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46°54'44.06"N, 17°40'22.58"E
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Projektünk célja egy 40,3 kWp csúcsteljesítményű hálózatra tápláló napelemes háztartási méretű kiserőmű csarnok tetőre történő telepítése és beüzemelése. A projektet megelőzően helyszíni felméréseket végeztünk, statikus ellenőrizte az épület teherbíró képességét valamint több cégtől kértünk be árajánlatokat. Mivel a projekt nem engedélyköteles, így a projekt szempontjából szükséges tervrajzokat készíttettünk. A 15-50 kW közötti kategóriába tartozó rendszer tervezetten 130 db egyenként 310 W-os napelem típusú napelemből, valamint hozzá szükséges összesen 40 kVA teljesítményű inverterből fog állni. A napelem és az inverter is megfelel a vonatkozó előírásoknak, szabványoknak, a rendszer távoli elérése biztosítható lesz. A napelemek a magastető déli részére kerülnek elhelyezésre, innen megfelelő kábelezéssel vezetjük a megtermelt áramot az inverterekhez, melyet a villamos fogyasztásmérőhöz kötünk. A rendszer beüzemelésére akkor kerülhet sor, amint a mérőóra szolgáltatói programozása/cseréje megtörténik. A tervezett rendszer elemei rendelkeznek CE tanúsítvánnyal, és megfelelnek minden hatályos törvényi előírásnak. A napelem megfelel az EN 61730 szabvány előírásainak, továbbá kristályos modulok esetén az IEC 61215 szabványban előírt követelményeknek. A napeleme rendszer telepítése egyszerre szolgálja vállalkozásunk környezettudatos gazdasági versenyképességének erősödését rezsikiadásainak csökkenésével, és egyben környezetterhelésének és primer energiafelhasználásának mérsékléséhez. (Hungarian)
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The aim of our project is to install and install a solar-powered household-sized small power station on the roof of a 40,3 kWp peak power grid. Prior to the project, we carried out on-site surveys, static checks on the capacity of the building and asked for quotations from several companies. Since the project is not subject to authorisation, we have prepared the necessary blueprints for the project. The 15-50 kW system will consist of 130 solar panels of 310 W each and a total of 40 kVA inverters. Both the solar panel and the inverter comply with the relevant specifications and standards, the system can be accessed remotely. Solar panels are placed on the southern part of the high roof, from here we conduct the electricity generated by appropriate wiring to the inverters, which are connected to the electricity meter. The system may be installed as soon as the meter is programmed/replaced by the service provider. The elements of the design system are CE certified and comply with all applicable legal requirements. The solar cell complies with the requirements of EN 61730 and, in the case of crystalline modules, the requirements of IEC 61215. The installation of the solar panel system at the same time serves to strengthen the environmentally conscious economic competitiveness of our company by reducing its overheads and at the same time reducing its environmental and primary energy consumption. (English)
8 February 2022
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Szentantalfa, Veszprém
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Identifiers
GINOP-4.1.4-19-2020-02348
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