Building energy development for the use of renewable energy at M-LINE-SYSTEM Kft. (Q3935305): Difference between revisions

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(‎Removed claim: summary (P836): The solar panel system is based on 198 solar panels of 300 Wp, which are made up of 120 high-efficiency polycrystalline solar cell cells, which are permanently secured by an aluminium support structure and acid-resistant materials. When attached to an oblique roof, we use roof caps specially for trapezoidal roofing, which allow for profiling parallel to the flow of rainwater. This solution also guarantees that no ingestion will occur due to th...)
Property / summary
The solar panel system is based on 198 solar panels of 300 Wp, which are made up of 120 high-efficiency polycrystalline solar cell cells, which are permanently secured by an aluminium support structure and acid-resistant materials. When attached to an oblique roof, we use roof caps specially for trapezoidal roofing, which allow for profiling parallel to the flow of rainwater. This solution also guarantees that no ingestion will occur due to the solar system. CS3K-300P 300 W Canadian Solar Solar Module: — Number of solar cells: 120pcs cell — Applied innovative technologies: Cut cell solar panel: It reduces cell tensions in the real application environment, reducing the chances of micro-cracking. It means halving the current through the cell and making more efficient use of the incident light. Minute (Passivated Emitter and Rear Cell) technology: A dielectric aluminium conductive layer is applied to the back of the cells, which helps to reflect a part of the light passing through the cell, which has so far absorbed in the laminate film, leading it back into the process of generating electricity. This allows a yield of about 6 % higher on the same surface. With PERC technology, improved absorption of long-waves develops in addition to the achieved performance growth. The dielectric layer effectively reflects infrared beams with wavelengths greater than 1000 nm, making them “available”. In the dawn, dusk, or cloudy seasons, light beams with higher wavelengths are present, and since they can be utilised by the PERC solar panel with better efficiency, it delivers more power in these periods than its traditional counterparts. Main features: — High modular efficiency up to 18.50 % — Positive power tolerance: 0 — + 5 W — robust frame with up to 6 000 Pa snow loads — High energy yield for low Noct — Accredited salt mist/ammonia resistance — Best performance under PVUSA test conditions (PTC) — 239 quality control points during module production — Power: 300 W — operating voltage: 32,7V — operating current: 9,18A — Vacuum voltage: 39.3V — Short circuit current: 9.65A — Méret:1675x992x35 mm — Weight: 18.5 kg The DC power produced by solar panels is converted into alternating current by 2 Solar Edge 25K inverters, which are then suitable for transmission in the public power grid or even for local use. The inverter is synchronised with the public power grid. In the event of a failure on the public power grid, the inverter shall interrupt the entry of energy into the grid, thereby preventing any overload or failure of the individual electrical equipment. The protection of solar panels and the electrical network is provided by electrical equipment to protect against overvoltage. They guarantee adequate protection of the electricity grid. Solar panels on the DC side are connected to the “string box” and the inverter by double-insulated solar cables, which also have the necessary TÜV protection certificates. In accordance with the regulations in force (OTSZ), remotely controlled fire-safety switches are installed in case the inverters cannot be positioned within 5 m from the solar panels after crossing the fire section boundary. (English)
 
Property / summary: The solar panel system is based on 198 solar panels of 300 Wp, which are made up of 120 high-efficiency polycrystalline solar cell cells, which are permanently secured by an aluminium support structure and acid-resistant materials. When attached to an oblique roof, we use roof caps specially for trapezoidal roofing, which allow for profiling parallel to the flow of rainwater. This solution also guarantees that no ingestion will occur due to the solar system. CS3K-300P 300 W Canadian Solar Solar Module: — Number of solar cells: 120pcs cell — Applied innovative technologies: Cut cell solar panel: It reduces cell tensions in the real application environment, reducing the chances of micro-cracking. It means halving the current through the cell and making more efficient use of the incident light. Minute (Passivated Emitter and Rear Cell) technology: A dielectric aluminium conductive layer is applied to the back of the cells, which helps to reflect a part of the light passing through the cell, which has so far absorbed in the laminate film, leading it back into the process of generating electricity. This allows a yield of about 6 % higher on the same surface. With PERC technology, improved absorption of long-waves develops in addition to the achieved performance growth. The dielectric layer effectively reflects infrared beams with wavelengths greater than 1000 nm, making them “available”. In the dawn, dusk, or cloudy seasons, light beams with higher wavelengths are present, and since they can be utilised by the PERC solar panel with better efficiency, it delivers more power in these periods than its traditional counterparts. Main features: — High modular efficiency up to 18.50 % — Positive power tolerance: 0 — + 5 W — robust frame with up to 6 000 Pa snow loads — High energy yield for low Noct — Accredited salt mist/ammonia resistance — Best performance under PVUSA test conditions (PTC) — 239 quality control points during module production — Power: 300 W — operating voltage: 32,7V — operating current: 9,18A — Vacuum voltage: 39.3V — Short circuit current: 9.65A — Méret:1675x992x35 mm — Weight: 18.5 kg The DC power produced by solar panels is converted into alternating current by 2 Solar Edge 25K inverters, which are then suitable for transmission in the public power grid or even for local use. The inverter is synchronised with the public power grid. In the event of a failure on the public power grid, the inverter shall interrupt the entry of energy into the grid, thereby preventing any overload or failure of the individual electrical equipment. The protection of solar panels and the electrical network is provided by electrical equipment to protect against overvoltage. They guarantee adequate protection of the electricity grid. Solar panels on the DC side are connected to the “string box” and the inverter by double-insulated solar cables, which also have the necessary TÜV protection certificates. In accordance with the regulations in force (OTSZ), remotely controlled fire-safety switches are installed in case the inverters cannot be positioned within 5 m from the solar panels after crossing the fire section boundary. (English) / rank
Normal rank
 
Property / summary: The solar panel system is based on 198 solar panels of 300 Wp, which are made up of 120 high-efficiency polycrystalline solar cell cells, which are permanently secured by an aluminium support structure and acid-resistant materials. When attached to an oblique roof, we use roof caps specially for trapezoidal roofing, which allow for profiling parallel to the flow of rainwater. This solution also guarantees that no ingestion will occur due to the solar system. CS3K-300P 300 W Canadian Solar Solar Module: — Number of solar cells: 120pcs cell — Applied innovative technologies: Cut cell solar panel: It reduces cell tensions in the real application environment, reducing the chances of micro-cracking. It means halving the current through the cell and making more efficient use of the incident light. Minute (Passivated Emitter and Rear Cell) technology: A dielectric aluminium conductive layer is applied to the back of the cells, which helps to reflect a part of the light passing through the cell, which has so far absorbed in the laminate film, leading it back into the process of generating electricity. This allows a yield of about 6 % higher on the same surface. With PERC technology, improved absorption of long-waves develops in addition to the achieved performance growth. The dielectric layer effectively reflects infrared beams with wavelengths greater than 1000 nm, making them “available”. In the dawn, dusk, or cloudy seasons, light beams with higher wavelengths are present, and since they can be utilised by the PERC solar panel with better efficiency, it delivers more power in these periods than its traditional counterparts. Main features: — High modular efficiency up to 18.50 % — Positive power tolerance: 0 — + 5 W — robust frame with up to 6 000 Pa snow loads — High energy yield for low Noct — Accredited salt mist/ammonia resistance — Best performance under PVUSA test conditions (PTC) — 239 quality control points during module production — Power: 300 W — operating voltage: 32,7V — operating current: 9,18A — Vacuum voltage: 39.3V — Short circuit current: 9.65A — Méret:1675x992x35 mm — Weight: 18.5 kg The DC power produced by solar panels is converted into alternating current by 2 Solar Edge 25K inverters, which are then suitable for transmission in the public power grid or even for local use. The inverter is synchronised with the public power grid. In the event of a failure on the public power grid, the inverter shall interrupt the entry of energy into the grid, thereby preventing any overload or failure of the individual electrical equipment. The protection of solar panels and the electrical network is provided by electrical equipment to protect against overvoltage. They guarantee adequate protection of the electricity grid. Solar panels on the DC side are connected to the “string box” and the inverter by double-insulated solar cables, which also have the necessary TÜV protection certificates. In accordance with the regulations in force (OTSZ), remotely controlled fire-safety switches are installed in case the inverters cannot be positioned within 5 m from the solar panels after crossing the fire section boundary. (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 22:01, 8 February 2022

Project Q3935305 in Hungary
Language Label Description Also known as
English
Building energy development for the use of renewable energy at M-LINE-SYSTEM Kft.
Project Q3935305 in Hungary

    Statements

    country
    Hungary
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    EU contribution
    15,898,453 forint
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    43,962.56 Euro
    exchange rate to Euro
    0.00276521 Euro
    point in time
    3 December 2021
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    budget
    79,018.942 Euro
    exchange rate to Euro
    0.0027336256 Euro
    point in time
    15 December 2021
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    28,906,278.182 forint
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    co-financing rate
    54.999999 percent
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    start time
    17 December 2020
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    end time
    30 March 2021
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    beneficiary name (string)
    M-LINE-SYSTEM Korlátolt Felelősségű Társaság
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    beneficiary
    Q3965750
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    coordinate location

    47°10'31.66"N, 20°11'40.85"E
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    summary
    A napelemes rendszer alapját 198 db 300 Wp-es napelem képezi, amelyek egyenként, 120 db nagy hatásfokú polikristályos napelem-cellából épülnek fel, melyek tartós rögzítésére alumínium tartószerkezet, saválló anyagok kerülnek felhasználásra. Ferde tetőre történő rögzítéskor a speciálisan trapézlemezhez tetőfedéshez való tetőtartókamapókat alkalmazunk, amelyek csapadékvíz folyásirányával párhuzamos profilozásra adnak lehetőséget. Ez a megoldás garantálja azt is, hogy semmiféle beázás nem fog jelentkezni a napelemes rendszer miatt. CS3K-300P 300W Canadian Solar napelem modul: - Napelemcellák száma: 120db cella - Alkalmazott innovatív technológiák: Vágottcellás napelem: Csökkenti a cellában fellépő feszültségeket a valós alkalmazási környezetben, miáltal csökken a mikro repedések kialakulásának esélye. A cellán áthaladó áramerősség felére csökkentését és a beeső fény hatékonyabb hasznosítását jelenti. PERC (Passivated Emitter and Rear Cell) technológia: A cellák hátlapjára egy dielektromos alumínium vezetőréteget visznek fel, ami segít a cellán hasznosítatlanul áthaladó – és eddig a lamináló fóliában elnyelődött – fény egy részét visszatükrözni, visszavezetve azt az áramtermelés folyamatába. Ezáltal ugyanazon a felületen kb. 6%-kal magasabb hozamot érhetünk el. A PERC technológiával az elért teljesítmény növekedés mellett a hosszúhullámok jobb abszorpciója alakul ki. A dielektromos réteg hatékonyan tükrözi vissza az 1000 nm-nél hosszabb hullámhosszúságú infravörös fénysugarakat, így azok „hasznosíthatóvá” válnak. A hajnali, alkonyati vagy felhős időszakban inkább a nagyobb hullámhosszúságú fénysugarak vannak jelen, és mivel ezeket a PERC napelem jobb hatékonysággal tudja hasznosítani, ezekben az időszakokban nagyobb teljesítményt ad le, mint hagyományos társai. Főbb tulajdonságok: - Nagy, max. 18,50%-os modulhatékonyság - Pozitív teljesítménytűrés: 0 – +5 W - Akár 6000 Pa hóterhelést is kibíró robusztus keret - Magas energiahozam alacsony NOCT esetén - Akkreditált sóköd-/ammónia-ellenállás - A PVUSA vizsgálati körülmények (PTC) mellett a legjobb teljesítményt nyújtotta - 239 minőség-ellenőrzési pont a modulgyártás során - Teljesítmény: 300W - Munkaponti feszültség: 32,7V - Munkaponti áramerősség: 9,18A - Üresjárati feszültség: 39,3V - Rövidzárlati áramerősség: 9,65A - Méret:1675x992x35mm - Súly: 18,5kg A napelemek által termelt egyenáramot 2 db Solar Edge 25K inverter alakítja át váltóárammá, amely ezt követően alkalmas a közcélú elektromos hálózatban történő továbbításra vagy akár helyi felhasználásra is. Az inverter a közcélú elektromos hálózattal szinkronban működik. Amennyiben a közcélú elektromos hálózaton üzemszünet következik be, az inverter megszakítja az energia betáplálást a hálózatba, ezzel megelőzve az egyes villamos berendezések túlterhelődését vagy meghibásodását. A napelemek és az elektromos hálózat védelméről túlfeszültség elleni védelmet biztosító elektromos berendezések gondoskodnak. Ezek garantálják az elektromos hálózat megfelelő védelmét. A napelemeket a DC oldalon a „string-boksz”-al és az inverterrel dupla szigetelésű szolár kábelek kötik össze, amelyek úgyszintén rendelkeznek a szükséges TÜV érintésvédelmi tanúsítványokkal. Hatályos szabályos szabályozásnak megfelelően (OTSZ) táv vezérelt tűzvédelmi leválasztókapcsolók kerülnek elhelyezésre, abban az esetben, amennyiben az inverterek a tűzszakasz határ átlépését követően nem helyezhetők el 5 méteren belül az inverterek a napelem panelektől. (Hungarian)
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    location (string)
    Szolnok, Jász-Nagykun-Szolnok
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    Identifiers

    Hungarian Kohesio ID
    GINOP-4.1.4-19-2020-02361
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