Implementation of building energy development at Sam Manufaktur Bt. (Q3925033): Difference between revisions
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A. Project preparation activities: At the time of submission of the project, the building energy annex was prepared, which includes the Building Energy Certificate for the pre-development state and the calculation of the (intermediate) and post-implementation (planned) state of impact of energy efficiency improvements. Also at the time of submission of the project, the static opinion and the technical description of the planned investment were prepared. The project planned in the framework of the project is not subject to a building permit, so the preparation of a complete permit and construction plan documentation is not relevant. Government Decree No 314/2005 on the environmental impact assessment procedure and the uniform environmental use permit procedure (XII. 25) the preparation of an environmental impact assessment is not relevant in accordance with Government Decree No 25/2004. The following building energy developments will be implemented during the project: B.I. Improving the thermal capabilities of buildings and reducing their heat loss: 1. Thermal insulation of building envelopes other than doors and windows separating heated and unheated spaces: — improvement of the thermal insulation of parts of the building: Production of facade thermal insulation glued, gutted, netted, glinted in 15 cm thickness on 225 m² surface. Window spalets are made of thermal insulation glued, netted, gletted in 1-3 cm thickness on 40 fm surfaces. Creating a facade color blind with a 1.5 mm Wéber scrape on 245 m² surface. Thermal insulation of the slab in 20 cm thickness on 250 m² surface. 2. Replacement of building envelopes considered as doors and windows separating heated and unheated spaces/upgrading resulting in energy savings: Installation of 3 Welux GZL-MCK02 windows and 10 Welux GZL-MCK08 windows C. Renewable energy consumption activities: 1. Installation of a solar system for grid or autonomous generation of electricity (not connected to the grid) solely for the electricity supply of the building concerned by the development: — 30 KW Solar Panel System Installation: the planned 42 Luxor Solar 300 W mono crystalline panels will be installed on the roof of the building. Size of the boards: 998x1 650x40mm. The power generation of the controlled — smart solar system is optimised by a two-step computer control: each solar panel is powered separately by a microprocessor, co-ordinated by a computer-controlled SolarEdge SE15K inverter that communicates with microprocessors. 2. Use of heat pump systems for heating and/or cooling and/or domestic hot water production and/or heating: — installation of heat pumps: 1 Panasonic T-cap All in one TCAP ADC16HE8-UX16He8 heat pump is planned to be installed. D. Other activities: 1. As a service related to professional implementation, project management activities are implemented as an expert service. (English) | |||||||||||||||
| Property / summary: A. Project preparation activities: At the time of submission of the project, the building energy annex was prepared, which includes the Building Energy Certificate for the pre-development state and the calculation of the (intermediate) and post-implementation (planned) state of impact of energy efficiency improvements. Also at the time of submission of the project, the static opinion and the technical description of the planned investment were prepared. The project planned in the framework of the project is not subject to a building permit, so the preparation of a complete permit and construction plan documentation is not relevant. Government Decree No 314/2005 on the environmental impact assessment procedure and the uniform environmental use permit procedure (XII. 25) the preparation of an environmental impact assessment is not relevant in accordance with Government Decree No 25/2004. The following building energy developments will be implemented during the project: B.I. Improving the thermal capabilities of buildings and reducing their heat loss: 1. Thermal insulation of building envelopes other than doors and windows separating heated and unheated spaces: — improvement of the thermal insulation of parts of the building: Production of facade thermal insulation glued, gutted, netted, glinted in 15 cm thickness on 225 m² surface. Window spalets are made of thermal insulation glued, netted, gletted in 1-3 cm thickness on 40 fm surfaces. Creating a facade color blind with a 1.5 mm Wéber scrape on 245 m² surface. Thermal insulation of the slab in 20 cm thickness on 250 m² surface. 2. Replacement of building envelopes considered as doors and windows separating heated and unheated spaces/upgrading resulting in energy savings: Installation of 3 Welux GZL-MCK02 windows and 10 Welux GZL-MCK08 windows C. Renewable energy consumption activities: 1. Installation of a solar system for grid or autonomous generation of electricity (not connected to the grid) solely for the electricity supply of the building concerned by the development: — 30 KW Solar Panel System Installation: the planned 42 Luxor Solar 300 W mono crystalline panels will be installed on the roof of the building. Size of the boards: 998x1 650x40mm. The power generation of the controlled — smart solar system is optimised by a two-step computer control: each solar panel is powered separately by a microprocessor, co-ordinated by a computer-controlled SolarEdge SE15K inverter that communicates with microprocessors. 2. Use of heat pump systems for heating and/or cooling and/or domestic hot water production and/or heating: — installation of heat pumps: 1 Panasonic T-cap All in one TCAP ADC16HE8-UX16He8 heat pump is planned to be installed. D. Other activities: 1. As a service related to professional implementation, project management activities are implemented as an expert service. (English) / rank | |||||||||||||||
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| Property / summary: A. Project preparation activities: At the time of submission of the project, the building energy annex was prepared, which includes the Building Energy Certificate for the pre-development state and the calculation of the (intermediate) and post-implementation (planned) state of impact of energy efficiency improvements. Also at the time of submission of the project, the static opinion and the technical description of the planned investment were prepared. The project planned in the framework of the project is not subject to a building permit, so the preparation of a complete permit and construction plan documentation is not relevant. Government Decree No 314/2005 on the environmental impact assessment procedure and the uniform environmental use permit procedure (XII. 25) the preparation of an environmental impact assessment is not relevant in accordance with Government Decree No 25/2004. The following building energy developments will be implemented during the project: B.I. Improving the thermal capabilities of buildings and reducing their heat loss: 1. Thermal insulation of building envelopes other than doors and windows separating heated and unheated spaces: — improvement of the thermal insulation of parts of the building: Production of facade thermal insulation glued, gutted, netted, glinted in 15 cm thickness on 225 m² surface. Window spalets are made of thermal insulation glued, netted, gletted in 1-3 cm thickness on 40 fm surfaces. Creating a facade color blind with a 1.5 mm Wéber scrape on 245 m² surface. Thermal insulation of the slab in 20 cm thickness on 250 m² surface. 2. Replacement of building envelopes considered as doors and windows separating heated and unheated spaces/upgrading resulting in energy savings: Installation of 3 Welux GZL-MCK02 windows and 10 Welux GZL-MCK08 windows C. Renewable energy consumption activities: 1. Installation of a solar system for grid or autonomous generation of electricity (not connected to the grid) solely for the electricity supply of the building concerned by the development: — 30 KW Solar Panel System Installation: the planned 42 Luxor Solar 300 W mono crystalline panels will be installed on the roof of the building. Size of the boards: 998x1 650x40mm. The power generation of the controlled — smart solar system is optimised by a two-step computer control: each solar panel is powered separately by a microprocessor, co-ordinated by a computer-controlled SolarEdge SE15K inverter that communicates with microprocessors. 2. Use of heat pump systems for heating and/or cooling and/or domestic hot water production and/or heating: — installation of heat pumps: 1 Panasonic T-cap All in one TCAP ADC16HE8-UX16He8 heat pump is planned to be installed. D. Other activities: 1. As a service related to professional implementation, project management activities are implemented as an expert service. (English) / qualifier | |||||||||||||||
point in time: 8 February 2022
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Revision as of 18:12, 8 February 2022
Project Q3925033 in Hungary
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of building energy development at Sam Manufaktur Bt. |
Project Q3925033 in Hungary |
Statements
15,508,053 forint
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31,016,106.0 forint
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49.999997 percent
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27 September 2018
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31 July 2019
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SAM Manufaktur Építőipari, Kereskedelmi és Szolgáltató Betéti Társaság
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47°20'30.48"N, 16°35'8.88"E
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A. Projekt-előkészítési tevékenységek: A projekt benyújtásakor elkészítésre került az épületenergetikai melléklet, mely magában foglalja az Épületenergetikai Tanúsítványt a fejlesztés előtti állapotra vonatkozóan, valamint az elvégzett számítást az energiahatékonysági fejlesztések hatására bekövetkező (köztes) és a beruházás megvalósítását követő (tervezett) állapotra vonatkozóan. Szintén a projekt benyújtásakor elkészítésre került a statikai szakvélemény és a tervezett beruházás műszaki leírása. A projekt keretében tervezett beruházás nem építési engedély köteles, így teljes engedélyezési és kiviteli tervdokumentáció elkészítése nem releváns. A környezeti hatásvizsgálati és az egységes környezethasználati engedélyezési eljárásról szóló 314/2005. (XII. 25.) Korm. rendeletnek megfelelően környezeti hatásvizsgálat elkészítése nem releváns. A projekt során az alábbi épületenergetikai fejlesztések kerülnek megvalósításra: B.I. Épületek hőtechnikai adottságainak javítása, hőveszteségének csökkentése: 1. Fűtött és fűtetlen teret elválasztó, nem nyílászáró szerkezetnek minősülő épülethatároló szerkezetek hőszigetelése: - az épületrészek hőszigetelésének javítása: Homlokzati hőszigetelés készítése ragasztva, dűbelezve, hálózva, glettelve 15 cm vastagságban 225 m2 felületen. Ablak spaletták hőszigetelés készítése ragasztva, hálózva, glettelve 1-3 cm vastagságban 40 fm felületen. Homlokzati színvakolat készítése 1,5 mm-es Wéber kapart vékonyvakolattal 245 m2 felületen. Födém hőszigetelése 20 cm vastagságban 250 m2 felületen. 2. Fűtött és fűtetlen teret elválasztó, nyílászáró szerkezetnek minősülő épülethatároló szerkezetek cseréje / energia-megtakarítást eredményező korszerűsítése: 3 db Welux GZL-MCK02 típusú ablak és 10 db Welux GZL-MCK08 típusú ablak beépítése C. Megújuló energiafelhasználás növelését célzó tevékenységek: 1. Napelemes rendszer telepítése hálózati, vagy autonóm (hálózatra nem kapcsolódó) villamosenergia-termelés céljából, kizárólag a fejlesztésben érintett épület villamosenergia-ellátásához: - 30 KW-os napelemes rendszer telepítése: a tervezett 42 db Luxor Solar típusú 300 W mono kristályos panel elhelyezésére az épület tetőszerkezetén kerül sor. A táblák mérete: 998x1 650x40mm. A vezérelt - smart napelemes rendszer áramtermelését egy kétlépcsős számítógépes vezérlés optimalizálja: minden napelemtáb|a energiatermelése, különállóan egy mikroprocesszor irányítása alatt áll, Minden string koordinációját egy, a mikroprocesszorokkal kommunikáló, számítógép vezérlésű, SolarEdge SE15K típusú inverter valósítja meg. 2. Hőszivattyú rendszerek alkalmazása fűtésre és/vagy hűtésre és/vagy használati melegvíz-termelésre és/vagy fűtésrásegítésre: - hőszivattyúk telepítése: a tervek szerint 1 db 12 KW-os és 1 db 16 KW-os Panasonic T-cap All in one Tcap ADC16HE8-UX16He8 típusú hőszivattyú kerül beépítésre. D. Egyéb tevékenység: 1. Szakmai megvalósításhoz kapcsolódó szolgáltatásként projektmenedzsment tevékenység kerül megvalósításra, mint igénybevett szakértői szolgáltatás. (Hungarian)
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A. Project preparation activities: At the time of submission of the project, the building energy annex was prepared, which includes the Building Energy Certificate for the pre-development state and the calculation of the (intermediate) and post-implementation (planned) state of impact of energy efficiency improvements. Also at the time of submission of the project, the static opinion and the technical description of the planned investment were prepared. The project planned in the framework of the project is not subject to a building permit, so the preparation of a complete permit and construction plan documentation is not relevant. Government Decree No 314/2005 on the environmental impact assessment procedure and the uniform environmental use permit procedure (XII. 25) the preparation of an environmental impact assessment is not relevant in accordance with Government Decree No 25/2004. The following building energy developments will be implemented during the project: B.I. Improving the thermal capabilities of buildings and reducing their heat loss: 1. Thermal insulation of building envelopes other than doors and windows separating heated and unheated spaces: — improvement of the thermal insulation of parts of the building: Production of facade thermal insulation glued, gutted, netted, glinted in 15 cm thickness on 225 m² surface. Window spalets are made of thermal insulation glued, netted, gletted in 1-3 cm thickness on 40 fm surfaces. Creating a facade color blind with a 1.5 mm Wéber scrape on 245 m² surface. Thermal insulation of the slab in 20 cm thickness on 250 m² surface. 2. Replacement of building envelopes considered as doors and windows separating heated and unheated spaces/upgrading resulting in energy savings: Installation of 3 Welux GZL-MCK02 windows and 10 Welux GZL-MCK08 windows C. Renewable energy consumption activities: 1. Installation of a solar system for grid or autonomous generation of electricity (not connected to the grid) solely for the electricity supply of the building concerned by the development: — 30 KW Solar Panel System Installation: the planned 42 Luxor Solar 300 W mono crystalline panels will be installed on the roof of the building. Size of the boards: 998x1 650x40mm. The power generation of the controlled — smart solar system is optimised by a two-step computer control: each solar panel is powered separately by a microprocessor, co-ordinated by a computer-controlled SolarEdge SE15K inverter that communicates with microprocessors. 2. Use of heat pump systems for heating and/or cooling and/or domestic hot water production and/or heating: — installation of heat pumps: 1 Panasonic T-cap All in one TCAP ADC16HE8-UX16He8 heat pump is planned to be installed. D. Other activities: 1. As a service related to professional implementation, project management activities are implemented as an expert service. (English)
8 February 2022
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Lukácsháza, Vas
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Identifiers
GINOP-4.1.2-18-2018-00002
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