Building energy development for the use of renewable energy at K.Z.L. Kft. (Q3935495): Difference between revisions
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In the case of the enterprise, according to calculations made by professionals, 12 kWp solar system is required to install Canadian Solar 300 W(p) panel type solar panel system. Technical content of the solar panel system you want to install: 40 Pcs Canadian Solar 300 W(p) Panel: — max. power: 300 W — operating voltage: 32,7 V — operating current: 9.18 A — cell type: polycrystal — dimensions: 1675x992x35 mm SolarEdge SE 10K inverter: — rated AC power: 10.000 VA — rated DC power: 13.500 VA — max. input current: 16.5 Adc — dimensions: 540x315x191 mm 40 pcs SolarEdge Optimiser + Wi-Fi Ferde Roof Mounted Holder. The connection power of the small power plant does not exceed 50 kVA. The construction of the HMKE is not subject to official authorisation. The solar panel equipment includes the support structure required for the installation of the solar panel, as well as other materials necessary for installing the system and connecting it to the network. Prior to the project, on-the-spot surveys were carried out by experts. Static checked the building’s carrying capacity. Warranty, servicing, reliability and performance elements were important aspects of the system to be installed. The construction will be carried out by reliable, well-trained professionals. The solar system not only represents a financial return, but also contributes to environmentally conscious management. Total electricity consumption of the property in the previous year: 14.797 kWh. Use of planned electricity in the building: 1.597 kWh. Electric consumption of total primary energy in the original state: 36.992.5 Gj. The energy consumption of the planned state is 5,7492 GJ. Level of CO2 emissions as existing: 11,132 tons/year. Planned state CO2 emissions: 1,20 tons/year. Electricity output of the planned solar panel: 13.200 kWh/year, primary energy production: 33.000 kWh/year. Primary energy savings in %: 89.21 %. The system is placed on the brightest side of the roof of the building, ensuring the ideal production of solar panels. Type of roof structure: it’s a slanting. (English) | |||||||||||||||
| Property / summary: In the case of the enterprise, according to calculations made by professionals, 12 kWp solar system is required to install Canadian Solar 300 W(p) panel type solar panel system. Technical content of the solar panel system you want to install: 40 Pcs Canadian Solar 300 W(p) Panel: — max. power: 300 W — operating voltage: 32,7 V — operating current: 9.18 A — cell type: polycrystal — dimensions: 1675x992x35 mm SolarEdge SE 10K inverter: — rated AC power: 10.000 VA — rated DC power: 13.500 VA — max. input current: 16.5 Adc — dimensions: 540x315x191 mm 40 pcs SolarEdge Optimiser + Wi-Fi Ferde Roof Mounted Holder. The connection power of the small power plant does not exceed 50 kVA. The construction of the HMKE is not subject to official authorisation. The solar panel equipment includes the support structure required for the installation of the solar panel, as well as other materials necessary for installing the system and connecting it to the network. Prior to the project, on-the-spot surveys were carried out by experts. Static checked the building’s carrying capacity. Warranty, servicing, reliability and performance elements were important aspects of the system to be installed. The construction will be carried out by reliable, well-trained professionals. The solar system not only represents a financial return, but also contributes to environmentally conscious management. Total electricity consumption of the property in the previous year: 14.797 kWh. Use of planned electricity in the building: 1.597 kWh. Electric consumption of total primary energy in the original state: 36.992.5 Gj. The energy consumption of the planned state is 5,7492 GJ. Level of CO2 emissions as existing: 11,132 tons/year. Planned state CO2 emissions: 1,20 tons/year. Electricity output of the planned solar panel: 13.200 kWh/year, primary energy production: 33.000 kWh/year. Primary energy savings in %: 89.21 %. The system is placed on the brightest side of the roof of the building, ensuring the ideal production of solar panels. Type of roof structure: it’s a slanting. (English) / rank | |||||||||||||||
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| Property / summary: In the case of the enterprise, according to calculations made by professionals, 12 kWp solar system is required to install Canadian Solar 300 W(p) panel type solar panel system. Technical content of the solar panel system you want to install: 40 Pcs Canadian Solar 300 W(p) Panel: — max. power: 300 W — operating voltage: 32,7 V — operating current: 9.18 A — cell type: polycrystal — dimensions: 1675x992x35 mm SolarEdge SE 10K inverter: — rated AC power: 10.000 VA — rated DC power: 13.500 VA — max. input current: 16.5 Adc — dimensions: 540x315x191 mm 40 pcs SolarEdge Optimiser + Wi-Fi Ferde Roof Mounted Holder. The connection power of the small power plant does not exceed 50 kVA. The construction of the HMKE is not subject to official authorisation. The solar panel equipment includes the support structure required for the installation of the solar panel, as well as other materials necessary for installing the system and connecting it to the network. Prior to the project, on-the-spot surveys were carried out by experts. Static checked the building’s carrying capacity. Warranty, servicing, reliability and performance elements were important aspects of the system to be installed. The construction will be carried out by reliable, well-trained professionals. The solar system not only represents a financial return, but also contributes to environmentally conscious management. Total electricity consumption of the property in the previous year: 14.797 kWh. Use of planned electricity in the building: 1.597 kWh. Electric consumption of total primary energy in the original state: 36.992.5 Gj. The energy consumption of the planned state is 5,7492 GJ. Level of CO2 emissions as existing: 11,132 tons/year. Planned state CO2 emissions: 1,20 tons/year. Electricity output of the planned solar panel: 13.200 kWh/year, primary energy production: 33.000 kWh/year. Primary energy savings in %: 89.21 %. The system is placed on the brightest side of the roof of the building, ensuring the ideal production of solar panels. Type of roof structure: it’s a slanting. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 21:56, 8 February 2022
Project Q3935495 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Building energy development for the use of renewable energy at K.Z.L. Kft. |
Project Q3935495 in Hungary |
Statements
4,024,269 forint
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7,316,852.727 forint
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54.999976 percent
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6 November 2020
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5 November 2021
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K.Z.L. Korlátolt Felelősségű Társaság
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47°13'44.83"N, 16°37'7.54"E
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A vállalkozás esetében a szakemberek által végzett számítások alapján 12 kWp-es napelemes rendszer Canadian Solar 300 W(p) panel típusú napelemes rendszer telepítése szükséges. A telepíteni kívánt napelem rendszer műszaki tartalma: 40 db Canadian Solar 300 W(p) panel: - max. teljesítmény: 300 W - üzemi feszültség: 32,7 V - üzemi áram: 9,18 A - cella típus: polikristály - méretek: 1675x992x35 mm SolarEdge SE 10K inverter: - névleges AC teljesítmény: 10.000 VA - névleges DC teljesítmény: 13.500 VA - max. bemeneti áramerősség: 16,5 Adc - méretek: 540x315x191 mm 40 db SolarEdge optimalizáló + wifi Ferde tetőre szerelt tartószerkezet. A kiserőmű csatlakozási teljesítménye nem haladja meg az 50 kVA-t. A HMKE létesítése hatósági engedélyhez nem kötött. A napelemes berendezés tartalmazza a napelem elhelyezéséhez szükséges tartószerkezetet, valamint a rendszer üzemképesre szereléséhez és hálózatra kapcsolásához szükséges egyéb anyagokat. A projektet megelőzően a szakemberek helyszíni felméréseket végeztek. Statikus ellenőrizte az épület teherbíró képességét. A telepítendő rendszer esetében fontos szempontok voltak a garanciális, szervizelési, megbízhatósági és teljesítménybeli elemek. A kivitelezést, megbízható, felkészült szakemberek fogják végezni. A napelemes rendszer nem csak anyagi megtérülést jelent, hanem hozzájárul a környezettudatos gazdálkodás végzéséhez. Az ingatlan előző évi összes villamos energia felhasználása: 14.797 kWh. Az épület tervezett villamos energia felhasználsa: 1.597 kWh. Elektromos fogyasztás összes primer energia felhasználása az eredeti állapotban: 36.992,5 Gj. A tervezett állapot energiafelhasználása 5,7492 GJ. A meglévő állapot szerinti CO2 kibocsátás mértéke: 11,132 t/év. A tervezett állapot CO2 kibocsátása: 1,20 t/év. A tervezett napelem villamos energia hozama: 13.200 kWh/év, primer energia termelése: 33.000 kWh/év. A primer energia megtakarítás mértéke %-ban: 89,21 %. A rendszer az épület tetőszerkezetének a nap által legsütöttebb oldalára kerül felhelyezésre, ezzel is biztosítva a napelemek ideális termelésének elősegítését. A tetőszerkezet típusa: ferdetető. (Hungarian)
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In the case of the enterprise, according to calculations made by professionals, 12 kWp solar system is required to install Canadian Solar 300 W(p) panel type solar panel system. Technical content of the solar panel system you want to install: 40 Pcs Canadian Solar 300 W(p) Panel: — max. power: 300 W — operating voltage: 32,7 V — operating current: 9.18 A — cell type: polycrystal — dimensions: 1675x992x35 mm SolarEdge SE 10K inverter: — rated AC power: 10.000 VA — rated DC power: 13.500 VA — max. input current: 16.5 Adc — dimensions: 540x315x191 mm 40 pcs SolarEdge Optimiser + Wi-Fi Ferde Roof Mounted Holder. The connection power of the small power plant does not exceed 50 kVA. The construction of the HMKE is not subject to official authorisation. The solar panel equipment includes the support structure required for the installation of the solar panel, as well as other materials necessary for installing the system and connecting it to the network. Prior to the project, on-the-spot surveys were carried out by experts. Static checked the building’s carrying capacity. Warranty, servicing, reliability and performance elements were important aspects of the system to be installed. The construction will be carried out by reliable, well-trained professionals. The solar system not only represents a financial return, but also contributes to environmentally conscious management. Total electricity consumption of the property in the previous year: 14.797 kWh. Use of planned electricity in the building: 1.597 kWh. Electric consumption of total primary energy in the original state: 36.992.5 Gj. The energy consumption of the planned state is 5,7492 GJ. Level of CO2 emissions as existing: 11,132 tons/year. Planned state CO2 emissions: 1,20 tons/year. Electricity output of the planned solar panel: 13.200 kWh/year, primary energy production: 33.000 kWh/year. Primary energy savings in %: 89.21 %. The system is placed on the brightest side of the roof of the building, ensuring the ideal production of solar panels. Type of roof structure: it’s a slanting. (English)
8 February 2022
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Szombathely, Vas
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Identifiers
GINOP-4.1.4-19-2020-02606
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