ENOVHEAT - Efficient Novel Magnetocaloric Heat Pumps

Efficient heat pumps running on renewable energy can contribute significantly in reducing Danish CO2-emissions. This project extends the knowledge in the field of heat pumps based on magnetic materials and the systemic integration of these. The work aims at, among others, producing a prototype to demonstrate the potential of the concept.
Project description
Energy efficient heat pumps running on power from renewable sources can be a major contribution to reduction of Danish CO2-emissions. This project seeks to develop the scientific and technological foundation for highly efficient heat pumps based on magnetocaloric technology and thus without the often harmful gasses used in regular heat pumps. The pump will use materials, that are heated when exposed to a magnetic field and cooled when the field is removed. The project will discover how best to use and form these magnetic materials. Furthermore the project will study the integration of heat pumps in houses along with strategies for controlling these pumps. In the end, the project seeks to construct an operational prototype to prove the potential in real life.

Key figures

Period:
2013 - 2017
Funding year:
2012
Own financial contribution:
3.21 mio. DKK
Grant:
18.90 mio. DKK
Funding rate:
85 %
Project budget:
22.11 mio. DKK

Category

Oprindelig title
ENOVHEAT - Efficient Novel Magnetocaloric Heat Pumps
Programme
Innovationsfonden
Technology
Energy efficiency
Case no.
ENMI 12-132673

Participants

Danmarks Tekniske Universitet (DTU) (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
Danmarks Tekniske Universitet (DTU) 14,80 mio. DKK 1,56 mio. DKK
Syddansk Universitet 1,64 mio. DKK 0,16 mio. DKK
Aalborg Universitet (Fredrik Bajers Vej) 2,15 mio. DKK 0,10 mio. DKK
Physics Dept., Imperial College London 0,28 mio. DKK 0,21 mio. DKK
Faculty of Mech. Engin., University of Ljubljana 0,03 mio. DKK 0,13 mio. DKK
Dept. Mech. Engin., Univ. of Wisconsin - Madison 0,03 mio. DKK
Technoflex ApS 0,48 mio. DKK
ALPCON A/S 0,15 mio. DKK
BSH Bosch und Siemens Hausgeräte GmbH 0,24 mio. DKK
Vacuumschmelze GMbH & Co. KG 0,15 mio. DKK

Contact

Kontakperson
Christian Bahl
Comtact information

Institut for Energikonvertering og -lagring - DTU

Contact email
chrb@dtu.dk

Energiforskning.dk - informationportal for danish energytechnology research- og development programs.

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