Installation of a solar system at the Kokadi site of Derecske-COOP Zrt. (Q3935331): Difference between revisions

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(‎Changed an Item: Adding English translations)
(‎Removed claim: summary (P836): The rated power of the planned solar system is 34,5 kWp, which is expected to generate 37.950 kWh of electricity per year. The annual electricity demand is produced at 99.2 %. GHG emissions are reduced by 81.81 %. 115 pcs Luxor Solar 300 Wp solar panel, 1 Fronius SYMO 15.0-3M Light, inverter and 1 Fronius SYMO 20.0-3M Light. All items indicated in the cost are essential components for the establishment of a functioning solar system. Both sola...)
Property / summary
The rated power of the planned solar system is 34,5 kWp, which is expected to generate 37.950 kWh of electricity per year. The annual electricity demand is produced at 99.2 %. GHG emissions are reduced by 81.81 %. 115 pcs Luxor Solar 300 Wp solar panel, 1 Fronius SYMO 15.0-3M Light, inverter and 1 Fronius SYMO 20.0-3M Light. All items indicated in the cost are essential components for the establishment of a functioning solar system. Both solar panels, inverters, support structure, minimum elements of the system. In preparation for the project, the system size was defined and its technical parameters fixed. We had a preliminary consultation with potential contractors, and an installation sketch and technical specifications were prepared. The implementation process begins with the submission of the connection request to the service provider. After the approval of the connection documentation, the construction can start, then the system will be delivered ready for operation by reporting to the service provider and by performing the replacement of the meter. As part of the system — Luxor Solar 300 Wp solar panels will be installed Technical data: Rated power, Pmpp 300 Wp, Module efficiency 18.47 %, Rated current 9.35 A Rated voltage 32.14 V, Isc 9.85 A, UOC 38.78 V — Fronius SYMO 20.0-3M Light inverter Technical data: Input (DC) data Max. input current 33 A, Module field max. short-circuit current 49.5 A, Min. input voltage 200 V, Start voltage 200 V, Rated input voltage 600 V, Max. input voltage 1000 V, MPP voltage range 420-800 V, number of operating points 2, number of DC connectors 3+ 3 Output (AC) data: Rated AC output power 20000 W, Max. output AC power 20000 VA, Max. output current 32 A, Network connection 3-PNE 400 V or 3-NPE 380 V/220 V, Min. output voltage 260/150 V, Max. output voltage 485/280 V. Frequency 50 Hz/60 Hz, Frequency range 45-65 Hz Power: Max. efficiency 98.1 %, European average 97.9 % The main technical data of Fronius SYMO 15.0-3M Light type inverter: (Detailed technical data and test reports of the inverter are set out in the Annex!) Input voltage range UPV: 200-800 VDC Max. input current IPV: 1x27, 1x16,5 A Max. output power PAC max: 15000 W Rated output power PAC nom: 15000 VA Operating Voltage Range UAC nom: 180...280 V Operating frequency FAC nom: 50 Hz phase shift cos: + 0...-1 Effectiveness: 97.6 % Overvoltage Protection: Temperature controlled varistor Type 2 surge arrester Protection: IP 65 The elements to be installed are in accordance with the technical standards of our time and have the necessary certificates and permits for both distribution and operation recorded by the service provider. (English)
 
Property / summary: The rated power of the planned solar system is 34,5 kWp, which is expected to generate 37.950 kWh of electricity per year. The annual electricity demand is produced at 99.2 %. GHG emissions are reduced by 81.81 %. 115 pcs Luxor Solar 300 Wp solar panel, 1 Fronius SYMO 15.0-3M Light, inverter and 1 Fronius SYMO 20.0-3M Light. All items indicated in the cost are essential components for the establishment of a functioning solar system. Both solar panels, inverters, support structure, minimum elements of the system. In preparation for the project, the system size was defined and its technical parameters fixed. We had a preliminary consultation with potential contractors, and an installation sketch and technical specifications were prepared. The implementation process begins with the submission of the connection request to the service provider. After the approval of the connection documentation, the construction can start, then the system will be delivered ready for operation by reporting to the service provider and by performing the replacement of the meter. As part of the system — Luxor Solar 300 Wp solar panels will be installed Technical data: Rated power, Pmpp 300 Wp, Module efficiency 18.47 %, Rated current 9.35 A Rated voltage 32.14 V, Isc 9.85 A, UOC 38.78 V — Fronius SYMO 20.0-3M Light inverter Technical data: Input (DC) data Max. input current 33 A, Module field max. short-circuit current 49.5 A, Min. input voltage 200 V, Start voltage 200 V, Rated input voltage 600 V, Max. input voltage 1000 V, MPP voltage range 420-800 V, number of operating points 2, number of DC connectors 3+ 3 Output (AC) data: Rated AC output power 20000 W, Max. output AC power 20000 VA, Max. output current 32 A, Network connection 3-PNE 400 V or 3-NPE 380 V/220 V, Min. output voltage 260/150 V, Max. output voltage 485/280 V. Frequency 50 Hz/60 Hz, Frequency range 45-65 Hz Power: Max. efficiency 98.1 %, European average 97.9 % The main technical data of Fronius SYMO 15.0-3M Light type inverter: (Detailed technical data and test reports of the inverter are set out in the Annex!) Input voltage range UPV: 200-800 VDC Max. input current IPV: 1x27, 1x16,5 A Max. output power PAC max: 15000 W Rated output power PAC nom: 15000 VA Operating Voltage Range UAC nom: 180...280 V Operating frequency FAC nom: 50 Hz phase shift cos: + 0...-1 Effectiveness: 97.6 % Overvoltage Protection: Temperature controlled varistor Type 2 surge arrester Protection: IP 65 The elements to be installed are in accordance with the technical standards of our time and have the necessary certificates and permits for both distribution and operation recorded by the service provider. (English) / rank
Normal rank
 
Property / summary: The rated power of the planned solar system is 34,5 kWp, which is expected to generate 37.950 kWh of electricity per year. The annual electricity demand is produced at 99.2 %. GHG emissions are reduced by 81.81 %. 115 pcs Luxor Solar 300 Wp solar panel, 1 Fronius SYMO 15.0-3M Light, inverter and 1 Fronius SYMO 20.0-3M Light. All items indicated in the cost are essential components for the establishment of a functioning solar system. Both solar panels, inverters, support structure, minimum elements of the system. In preparation for the project, the system size was defined and its technical parameters fixed. We had a preliminary consultation with potential contractors, and an installation sketch and technical specifications were prepared. The implementation process begins with the submission of the connection request to the service provider. After the approval of the connection documentation, the construction can start, then the system will be delivered ready for operation by reporting to the service provider and by performing the replacement of the meter. As part of the system — Luxor Solar 300 Wp solar panels will be installed Technical data: Rated power, Pmpp 300 Wp, Module efficiency 18.47 %, Rated current 9.35 A Rated voltage 32.14 V, Isc 9.85 A, UOC 38.78 V — Fronius SYMO 20.0-3M Light inverter Technical data: Input (DC) data Max. input current 33 A, Module field max. short-circuit current 49.5 A, Min. input voltage 200 V, Start voltage 200 V, Rated input voltage 600 V, Max. input voltage 1000 V, MPP voltage range 420-800 V, number of operating points 2, number of DC connectors 3+ 3 Output (AC) data: Rated AC output power 20000 W, Max. output AC power 20000 VA, Max. output current 32 A, Network connection 3-PNE 400 V or 3-NPE 380 V/220 V, Min. output voltage 260/150 V, Max. output voltage 485/280 V. Frequency 50 Hz/60 Hz, Frequency range 45-65 Hz Power: Max. efficiency 98.1 %, European average 97.9 % The main technical data of Fronius SYMO 15.0-3M Light type inverter: (Detailed technical data and test reports of the inverter are set out in the Annex!) Input voltage range UPV: 200-800 VDC Max. input current IPV: 1x27, 1x16,5 A Max. output power PAC max: 15000 W Rated output power PAC nom: 15000 VA Operating Voltage Range UAC nom: 180...280 V Operating frequency FAC nom: 50 Hz phase shift cos: + 0...-1 Effectiveness: 97.6 % Overvoltage Protection: Temperature controlled varistor Type 2 surge arrester Protection: IP 65 The elements to be installed are in accordance with the technical standards of our time and have the necessary certificates and permits for both distribution and operation recorded by the service provider. (English) / qualifier
point in time: 8 February 2022
Timestamp+2022-02-08T00:00:00Z
Timezone+00:00
CalendarGregorian
Precision1 day
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Revision as of 21:59, 8 February 2022

Project Q3935331 in Hungary
Language Label Description Also known as
English
Installation of a solar system at the Kokadi site of Derecske-COOP Zrt.
Project Q3935331 in Hungary

    Statements

    country
    Hungary
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    EU contribution
    10,660,500 forint
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    29,478.52 Euro
    exchange rate to Euro
    0.00276521 Euro
    point in time
    3 December 2021
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    budget
    52,985.119 Euro
    exchange rate to Euro
    0.0027336256 Euro
    point in time
    15 December 2021
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    19,382,727.273 forint
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    co-financing rate
    55.0 percent
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    start time
    1 September 2020
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    end time
    30 July 2022
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    beneficiary name (string)
    Derecske-COOP Kereskedelmi és Szolgáltató Zártkörűen Működő Részvénytársaság
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    beneficiary
    Q3968330
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    coordinate location

    47°24'37.87"N, 21°55'51.92"E
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    summary
    A tervezett napelemes rendszer névleges teljesítménye 34,5 kWp, amely várhatóan évente 37.950 kWh villamosenergiát állít elő. Az éves villamosenergia igény 99,2 %-ban kerül megtermelésre. Az ÜHG kibocsátás csökkenés 81,81 %. 115 db Luxor Solar 300 Wp napelem, 1 db Fronius Symo 15.0-3M Light, inverter és 1 db Fronius Symo 20.0-3M Light kerül elhelyezésre. A költségek között megjelölt valamennyi tétel a működő napelemes rendszer létrehozásának elengedhetetlen részegységei. Mind a napelem panelek, inverterek, tartószerkezet, a rendszer minimális elemei. A projekt előkészítéseként a rendszer méretének definiálása, a műszaki paramétereinek rögzítése valósult meg. Előzetes egyeztetést folytattunk lehetséges kivitelezőkkel, továbbá elkészült egy telepítési vázrajz és műszaki leírás. A megvalósítás folyamata a csatlakozási kérelem szolgáltató részére való benyújtásával kezdődik. A csatlakozási dokumentáció jóváhagyását követően kezdődhet meg a kivitelezés, majd a szolgáltató részére való készre jelentéssel, a mérőóra csere elvégzésével a rendszer üzemeltetésre készen kerül átadásra. A rendszer részeként - Luxor Solar 300 Wp napelem panelek kerülnek telepítésre Műszaki adatok: Névleges teljesítmény, Pmpp 300 Wp, Modul hatásfoka 18,47%, Névleges áramerősség 9,35 A Névleges feszültség 32,14 V, Isc 9,85 A, Uoc 38,78 V - Fronius Symo 20.0-3M Light inverter Műszaki adatok: Bemeneti (DC) adatok Max. bemeneti áram 33 A, Modulmező max. rövidzárlati áramerősség 49,5 A, Min. bemeneti feszültség 200 V, Indulási feszültség 200 V, Névleges bemeneti feszültség 600 V, Max. bemeneti feszültség 1000 V, MPP feszültségtartomány 420 - 800 V, Munkapontok száma 2, DC csatlakozók száma 3+3 Kimeneti (AC) adatok: Névleges AC kimeneti teljesítmény 20000 W, Max. kimeneti AC teljesítmény 20000 VA, Max. kimeneti áram 32 A, Hálózati csatlakozás 3-PNE 400 V vagy 3-NPE 380 V / 220 V, Min. kimeneti feszültség 260 / 150 V, Max. kimeneti feszültség 485 / 280 V. Frekvencia 50 Hz / 60 Hz, Frekvencia tartomány 45 - 65 Hz Hatásfok: Max. hatékonyság 98,1%, Európai átlag 97,9% A Fronius Symo 15.0-3M Light típusú inverter főbb műszaki adatai: (Az inverter részletes műszaki adatait, és vizsgálati jegyzőkönyveit a melléklet tartalmazza!) Bemeneti feszültségtartomány UPV: 200-800 VDC Max. bemeneti áram IPV: 1x27, 1x16,5 A Max. kimeneti teljesítmény PAC max: 15000 W Névleges kimeneti teljesítmény PAC nom: 15000 VA Működési feszültségtartomány UAC nom: 180…280 V Működési frekvencia fAC nom: 50 Hz Fázistolás cos: +0…-1 Hatásfok: 97,6 % Túlfeszültség védelem: Hőmérséklet ellenőrzött varisztor 2.típusú túlfeszültség-levezető Védettség: IP 65 A telepíteni kívánt elemek korunk műszaki színvonalának megfelelőek, rendelkeznek, mind a forgalmazáshoz, mind a szolgáltató által rögzített üzemeltetéshez szükséges tanúsítványokkal, engedélyekkel. (Hungarian)
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    location (string)
    Kokad, Hajdú-Bihar
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    Identifiers

    Hungarian Kohesio ID
    GINOP-4.1.4-19-2020-02394
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