Publications
- Performance evaluation and control scenarios for targeted heat injection and extraction in an existing geothermal borehole field in Norway Read publication
- A multi-objective optimisation framework to design membrane-based energy recovery ventilation for low carbon buildings Read publication
- Holistic methodology to reduce energy use and improve indoor air quality for demand-controlled ventilation Read publication
- Understanding the role of moisture recovery in indoor humidity: An analytical study for a Norwegian single-family house during heating season Read publication
- The borehole thermal energy storage at Emmaboda, Sweden: First distributed temperature measurements Read publication
- Global sensitivity analysis and optimal design of heat recovery ventilation for zero emission buildings Read publication
- Assessing the indoor air quality and their predictor variable in 21 home offices during the Covid-19 pandemic in Norway Read publication
- Evaluation of low-cost formaldehyde sensors calibration Read publication
- Use of membrane energy exchanger in ventilation: Odour sensory measurement Read publication
- Heat recovery ventilation design limitations due to LHC for different ventilation strategies in ZEB Read publication
Other
- Disse forskningsprosjektene fikk støtte
- Det er på tide å spørre brukerne
- Indoor environment, allergy and why I was granted Crown Prince Haakon's Research Award
- Tettere Bygningskropp krever bedre ventilasjon
- Luftkvalitet i rom med ulike ventilasjonsløsninger
- Behovsstyrt ventilasjon: Er dagens tilnærming god nok?
- Utvikler inneklimasensorer som passer på helsa
- En tettere bygningskropp krever bedre ventilasjon for et godt inneklima «Gjør det selv-sensorer»:
- Fjell 2020 High Temperature Borehole Energy Storage - System Control for Various Operation Modes
- IEA Heat Pumping Technologies Annex 40 – hovedresultater