Energy modernisation of György Bakery (Q3935417): Difference between revisions
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Areas to be developed or renewed: • Installation of a solar panel system for grid electricity generation installation of a solar panel field with a rated output of 49.86 kWp, expected to produce 50.500 kWh/year of electricity The main elements of the system are: 169 pcs Sun Tech 295 W solar panel polycell PERC semi-cell solar panel 1 pcs Sun Trio 50K 3 working point inverter The solar panel field is organised into 8 strings. Due to technical progress and changes in the design structure, it is possible that at the time of implementation, more efficient and cutting-edge devices will be installed. During the construction of the solar panel field, two Santon fire protection switches will be installed and full DC side protection will be established. • Modernisation of existing outdated indoor lighting systems with fluorescent lamps and the development of related technical solutions adapted to the needs in space and time. During the modernisation of the lighting, 95 modern, energy-saving luminaires are installed. The total nominal electrical power of built-in luminaires is 32 % of the replaced bodies. The installation of motion sensor and timer switches reduces unnecessary lighting time and generates additional energy savings. Lighting adapted to workflows, favourable luminous flux improves workers’ comfort and reduces the likelihood of accidents at work. Annual energy savings from lighting upgrades are expected to be 20.000 kWh. (English) | |||||||||||||||
| Property / summary: Areas to be developed or renewed: • Installation of a solar panel system for grid electricity generation installation of a solar panel field with a rated output of 49.86 kWp, expected to produce 50.500 kWh/year of electricity The main elements of the system are: 169 pcs Sun Tech 295 W solar panel polycell PERC semi-cell solar panel 1 pcs Sun Trio 50K 3 working point inverter The solar panel field is organised into 8 strings. Due to technical progress and changes in the design structure, it is possible that at the time of implementation, more efficient and cutting-edge devices will be installed. During the construction of the solar panel field, two Santon fire protection switches will be installed and full DC side protection will be established. • Modernisation of existing outdated indoor lighting systems with fluorescent lamps and the development of related technical solutions adapted to the needs in space and time. During the modernisation of the lighting, 95 modern, energy-saving luminaires are installed. The total nominal electrical power of built-in luminaires is 32 % of the replaced bodies. The installation of motion sensor and timer switches reduces unnecessary lighting time and generates additional energy savings. Lighting adapted to workflows, favourable luminous flux improves workers’ comfort and reduces the likelihood of accidents at work. Annual energy savings from lighting upgrades are expected to be 20.000 kWh. (English) / rank | |||||||||||||||
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| Property / summary: Areas to be developed or renewed: • Installation of a solar panel system for grid electricity generation installation of a solar panel field with a rated output of 49.86 kWp, expected to produce 50.500 kWh/year of electricity The main elements of the system are: 169 pcs Sun Tech 295 W solar panel polycell PERC semi-cell solar panel 1 pcs Sun Trio 50K 3 working point inverter The solar panel field is organised into 8 strings. Due to technical progress and changes in the design structure, it is possible that at the time of implementation, more efficient and cutting-edge devices will be installed. During the construction of the solar panel field, two Santon fire protection switches will be installed and full DC side protection will be established. • Modernisation of existing outdated indoor lighting systems with fluorescent lamps and the development of related technical solutions adapted to the needs in space and time. During the modernisation of the lighting, 95 modern, energy-saving luminaires are installed. The total nominal electrical power of built-in luminaires is 32 % of the replaced bodies. The installation of motion sensor and timer switches reduces unnecessary lighting time and generates additional energy savings. Lighting adapted to workflows, favourable luminous flux improves workers’ comfort and reduces the likelihood of accidents at work. Annual energy savings from lighting upgrades are expected to be 20.000 kWh. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 21:55, 8 February 2022
Project Q3935417 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Energy modernisation of György Bakery |
Project Q3935417 in Hungary |
Statements
17,709,261 forint
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32,198,656.364 forint
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54.999997 percent
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4 January 2021
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25 June 2021
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György István Tamás egyéni vállalkozó
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47°43'18.84"N, 18°38'53.56"E
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Fejleszteni ill. megújítani kívánt területek: • Napelemes rendszer telepítése hálózati villamosenergia-termelés céljából 49,86 kWp névleges teljesítményű napelemmező telepítése, várhatóan 50.500 kWh/év villamos áram termeléssel A rendszer fő elemei: 169 db Sun Tech 295 W napelem polycellás PERC félcellás napelem 1 db Sun Trio 50K 3 munkapontos inverter A napelem mező 8 sztringbe szervezve kerül kiépítésre A műszaki fejlődés és a gyártmánystruktúra változása miatt lehetséges, hogy a megvalósítás idején hatékonyabb és az akkori élenjáró színvonalnak megfelelő eszközök kerülnek beépítésre. A napelemmező építése során kettő darab Santon tűzvédelmi kapcsoló lesz beépítve és teljes körű DC oldali védelem kerül kialakításra. • Meglévő fénycsöves, elavult beltéri világítási rendszerek korszerűsítése, és az ehhez kapcsolódó, az igényekhez térben és időben alkalmazkodó műszaki megoldások kialakítása. A világítás korszerűsítés során 95 darab korszerű, energia takarékos világítótest kerül beépítésre. A beépített világítótestek összesített névleges villamos teljesítménye 32 %-a a lecserélt testeknek. A mozgásérzékelős és időzítős kapcsolók beépítése csökkenti a fölösleges világítási időt és ezzel további energia megtakarítást érünk el. A munkafolyamatokhoz igazodó megvilágítás, a kedvező fényáramok javítják a dolgozók komfort érzetét, csökkentik a munkabalesetek kialakulásának valószínűségét. A világítás korszerűsítésből várható éves energia megtakarítás 20.000 kWh. (Hungarian)
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Areas to be developed or renewed: • Installation of a solar panel system for grid electricity generation installation of a solar panel field with a rated output of 49.86 kWp, expected to produce 50.500 kWh/year of electricity The main elements of the system are: 169 pcs Sun Tech 295 W solar panel polycell PERC semi-cell solar panel 1 pcs Sun Trio 50K 3 working point inverter The solar panel field is organised into 8 strings. Due to technical progress and changes in the design structure, it is possible that at the time of implementation, more efficient and cutting-edge devices will be installed. During the construction of the solar panel field, two Santon fire protection switches will be installed and full DC side protection will be established. • Modernisation of existing outdated indoor lighting systems with fluorescent lamps and the development of related technical solutions adapted to the needs in space and time. During the modernisation of the lighting, 95 modern, energy-saving luminaires are installed. The total nominal electrical power of built-in luminaires is 32 % of the replaced bodies. The installation of motion sensor and timer switches reduces unnecessary lighting time and generates additional energy savings. Lighting adapted to workflows, favourable luminous flux improves workers’ comfort and reduces the likelihood of accidents at work. Annual energy savings from lighting upgrades are expected to be 20.000 kWh. (English)
8 February 2022
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Tokod, Komárom-Esztergom
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Identifiers
GINOP-4.1.4-19-2020-02502
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