Facade integrated micro ventilation for apartments

The project aims to develop a facade integrated decentralized micro ventilation solution for apartments. The solution becomes renovation friendly, energy efficient and affordable com­pared to other solutions. By using intelligent system interactions room level demand control and operation supervision is achieved. 

The project has developed an affordable, installation-friendly and energy-efficient facade integrated decentralized micro-ventilation solutions for apartments.

Project description

The project will develop affordable, installation-friendly and energy-efficient facade integrated decentralized micro-ventilation solutions for apartments. 

Despite many efforts, political intentions and numerous projects in renovation of existing apartments for the substitution of natura! ventilation and control suction systems with more energy efficient mechanical balanced ventilation with heat recovery, renovations progress only slowly. The Danish Technological lnstitute can point out the following reasons for the this, especially related to existing apartment building: 

  • Centralized ventilation requires two ventilation duets throughout the building
  • Ventilation duets within the apartment often meets residents' resistance
  • Decentralized ventilation requires space for the unit and ventilation duets in the apartment
  • Strict fire requirements in the new DS428 make decentralized and centralized ventilation ex­pensive in fire/smoke ventilation components
  • lnvestment in ventilation often gives a long repayment period which makes the renovation project difficult to "sell" to resident representatives
lnVentilate therefore wishes to develop a real alternative to the traditional ventilation technol­ogy solutions, thus pushing for the renovation of apartments. The development is based on solid experience with micro ventilation solutions for office buildings and institutions. The cur­rent produets have not been developed for use in apartments where there are cooker hoods and sometimes separate ventilation unit in the bathroom.
Results

Despite many efforts, political intentions and numerous projects in renovation of existing apartments for the substitution of natural ventilation and control suction systems with more energy efficient mechanical balanced ventilation with heat recovery, renovations progress only slowly.

The Danish Technological Institute can point out the following reasons for the this, especially related to existing apartment building:

  • Centralized ventilation requires two ventilation ducts throughout the building • Ventilation ducts within the apartment often meets residents' resistance
  • Decentralized ventilation requires space for the unit and ventilation ducts in the apartment
  • Strict fire requirements in the new DS428 make decentralized and centralized ventilation expensive in fire/smoke ventilation components
  • Investment in ventilation often gives a long repayment period which makes the renovation project difficult to "sell" to resident representatives

InVentilate and the partners of the project have therefore developed a real alternative to the traditional ventilation technology solutions, thus pushing for the renovation of apartments. The development is based on solid experience with micro ventilation solutions for office buildings and institutions which was not intended for use in apartments where there are cooker hoods and sometimes separate ventilation unit in the bathroom

Key figures

Period:
2019 - 2022
Funding year:
2019
Own financial contribution:
0.60 mio. DKK
Grant:
1.46 mio. DKK
Funding rate:
71 %
Project budget:
2.06 mio. DKK

Category

Programme
ELFORSK
Technology
Energy efficiency
Project type
Forskning
Case no.
ELFORSK 351-016

Participants

INVENTILATE ApS (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
Teknologisk Institut
Printtronic Struer A/S
Enside

Contact

Comtact information

Daglig drift af projektet varetages af Christian Drivsholm, Teknologisk Institut, cd@teknologisk.dk

Projektansvarlig fra Inventilate er John Børsting, jb@inventilate.com

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