Q3749390 (Q3749390): Difference between revisions
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(Created claim: summary (P836): The Combi project explores the challenges and solutions of energy-efficient service building through the design, construction and use of buildings, inter alia, investment and operating costs, space solutions and their functionality, the moisture technology of structures and indoor air conditions, as well as building technology solutions and functionality. The regulations on energy performance of buildings, which will enter into force from the be...) |
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The Combi project explores the challenges and solutions of energy-efficient service building through the design, construction and use of buildings, inter alia, investment and operating costs, space solutions and their functionality, the moisture technology of structures and indoor air conditions, as well as building technology solutions and functionality. The regulations on energy performance of buildings, which will enter into force from the beginning of 2019, require that all new public service buildings — such as schools, kindergartens, hospitals and service housing units for special groups — must be nearly zero-energy buildings (nZEBs). This will change many of the solutions used in buildings in the past and require new information on safe and cost-effective design and implementation methods.The COMBI project launched today aims to provide solutions and tools to manage these issues. The project involves 38 companies, eight municipalities in Pirkanmaa under the leadership of Tampere and the City of Helsinki. The project has a total budget of EUR 2.4 million. In addition to significant corporate funding, the project has a total of EUR 1.4 million of public funding through the TEKES INKA programme, of which 50 % from the ERDF. The project involves seven research groups from Tampere University of Technology, Aalto University and Tampere University of Applied Sciences. The project’s coordinator is the TTY’s construction physics research team. The project includes field and laboratory measurements, computational reviews and interviews. The large building mass managed by the City of Tampere Status Centre and surrounding municipalities enables, among other things, more accurate monitoring and analysis of construction projects at different stages. The study can also draw on the experience of service buildings in Helsinki. In addition to new construction, repair construction also plays an equally important role. (English) | |||||||||||||||
| Property / summary: The Combi project explores the challenges and solutions of energy-efficient service building through the design, construction and use of buildings, inter alia, investment and operating costs, space solutions and their functionality, the moisture technology of structures and indoor air conditions, as well as building technology solutions and functionality. The regulations on energy performance of buildings, which will enter into force from the beginning of 2019, require that all new public service buildings — such as schools, kindergartens, hospitals and service housing units for special groups — must be nearly zero-energy buildings (nZEBs). This will change many of the solutions used in buildings in the past and require new information on safe and cost-effective design and implementation methods.The COMBI project launched today aims to provide solutions and tools to manage these issues. The project involves 38 companies, eight municipalities in Pirkanmaa under the leadership of Tampere and the City of Helsinki. The project has a total budget of EUR 2.4 million. In addition to significant corporate funding, the project has a total of EUR 1.4 million of public funding through the TEKES INKA programme, of which 50 % from the ERDF. The project involves seven research groups from Tampere University of Technology, Aalto University and Tampere University of Applied Sciences. The project’s coordinator is the TTY’s construction physics research team. The project includes field and laboratory measurements, computational reviews and interviews. The large building mass managed by the City of Tampere Status Centre and surrounding municipalities enables, among other things, more accurate monitoring and analysis of construction projects at different stages. The study can also draw on the experience of service buildings in Helsinki. In addition to new construction, repair construction also plays an equally important role. (English) / rank | |||||||||||||||
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| Property / summary: The Combi project explores the challenges and solutions of energy-efficient service building through the design, construction and use of buildings, inter alia, investment and operating costs, space solutions and their functionality, the moisture technology of structures and indoor air conditions, as well as building technology solutions and functionality. The regulations on energy performance of buildings, which will enter into force from the beginning of 2019, require that all new public service buildings — such as schools, kindergartens, hospitals and service housing units for special groups — must be nearly zero-energy buildings (nZEBs). This will change many of the solutions used in buildings in the past and require new information on safe and cost-effective design and implementation methods.The COMBI project launched today aims to provide solutions and tools to manage these issues. The project involves 38 companies, eight municipalities in Pirkanmaa under the leadership of Tampere and the City of Helsinki. The project has a total budget of EUR 2.4 million. In addition to significant corporate funding, the project has a total of EUR 1.4 million of public funding through the TEKES INKA programme, of which 50 % from the ERDF. The project involves seven research groups from Tampere University of Technology, Aalto University and Tampere University of Applied Sciences. The project’s coordinator is the TTY’s construction physics research team. The project includes field and laboratory measurements, computational reviews and interviews. The large building mass managed by the City of Tampere Status Centre and surrounding municipalities enables, among other things, more accurate monitoring and analysis of construction projects at different stages. The study can also draw on the experience of service buildings in Helsinki. In addition to new construction, repair construction also plays an equally important role. (English) / qualifier | |||||||||||||||
point in time: 22 November 2021
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Revision as of 22:39, 22 November 2021
Project Q3749390 in France
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3749390 in France |
Statements
200,000 Euro
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247,959.0 Euro
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80.66 percent
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1 January 2015
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31 December 2018
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Tampereen ammattikorkeakoulu Oy
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61°30'10.12"N, 23°49'1.34"E
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33520
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COMBI-hankkeessa selvitetään energiatehokkaan palvelurakentamisen haasteita ja ratkaisuja Energiatehokkuuden parantaminen on rakennusten suunnittelun, rakentamisen ja käytön kautta kytköksissä muun muassa investointi- ja käyttökustannuksiin, tilaratkaisuihin ja niiden toimivuuteen, rakenteiden kosteustekniseen toimintaan ja sisäilman olosuhteisiin sekä talotekniikan ratkaisuihin ja toimivuuteen. Vuoden 2019 alusta voimaan astuvat määräykset rakennusten energiatehokkuudesta edellyttävät, että kaikkien uusien julkisten palvelurakennusten — kuten koulujen, päiväkotien, sairaaloiden ja erityisryhmien palveluasumisen yksiköiden — tulee olla lähes nollaenergiarakennuksia (nZEB). Tämä muuttaa monia rakennuksissa aikaisemmin käytettyjä ratkaisuja ja edellyttää uutta tietoa turvallisista ja kustannustehokkaista suunnittelu- ja toteutustavoista.Nyt käynnistynyt COMBI-hanke pyrkii antamaan ratkaisuja ja työkaluja näiden asioiden hallitsemiseksi. Hankkeessa on mukana 38 yritystä, kahdeksan pirkanmaalaista kuntaa Tampereen johdolla sekä Helsingin kaupunki. Hankkeen kokonaisbudjetti on 2,4 miljoonaa euroa. Merkittävän yritysrahoituksen lisäksi hankkeessa on julkista rahoitusta TEKESin INKA-ohjelman kautta yhteensä 1,4 miljoonaa euroa, josta EAKR-rahoituksen osuus on 50 %. Hankkeessa on mukana seitsemän tutkimusryhmää Tampereen teknillisestä yliopistosta, Aalto-yliopistosta ja Tampereen ammattikorkeakoulusta. Hankkeen koordinaattorina toimii TTY:n rakennusfysiikan tutkimusryhmä.Hankkeessa toteutetaan muun muassa kenttä- ja laboratoriomittauksia, laskennallisia tarkasteluja sekä haastatteluja. Tampereen kaupungin tilakeskuksen ja ympäryskuntien hallinnoima suuri rakennusmassa mahdollistaa muun muassa eri vaiheissa olevien rakennushankkeiden tarkemman seurannan ja analyysin. Tutkimuksessa voidaan hyödyntää myös Helsingin palvelurakennuksista saatuja kokemuksia. Uudisrakentamisen rinnalla yhtä tärkeässä roolissa on myös korjausrakentaminen. (Finnish)
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The Combi project explores the challenges and solutions of energy-efficient service building through the design, construction and use of buildings, inter alia, investment and operating costs, space solutions and their functionality, the moisture technology of structures and indoor air conditions, as well as building technology solutions and functionality. The regulations on energy performance of buildings, which will enter into force from the beginning of 2019, require that all new public service buildings — such as schools, kindergartens, hospitals and service housing units for special groups — must be nearly zero-energy buildings (nZEBs). This will change many of the solutions used in buildings in the past and require new information on safe and cost-effective design and implementation methods.The COMBI project launched today aims to provide solutions and tools to manage these issues. The project involves 38 companies, eight municipalities in Pirkanmaa under the leadership of Tampere and the City of Helsinki. The project has a total budget of EUR 2.4 million. In addition to significant corporate funding, the project has a total of EUR 1.4 million of public funding through the TEKES INKA programme, of which 50 % from the ERDF. The project involves seven research groups from Tampere University of Technology, Aalto University and Tampere University of Applied Sciences. The project’s coordinator is the TTY’s construction physics research team. The project includes field and laboratory measurements, computational reviews and interviews. The large building mass managed by the City of Tampere Status Centre and surrounding municipalities enables, among other things, more accurate monitoring and analysis of construction projects at different stages. The study can also draw on the experience of service buildings in Helsinki. In addition to new construction, repair construction also plays an equally important role. (English)
22 November 2021
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