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Elisabeth Kjellsson

Universitetslektor

Title PhD in Engineering
Position Associate professor
Telephone +46 46 222 85 94
Fax +46 46 222 45 35 
E-mail  elisabeth.kjellsson@byggtek.lth.se  
Address Lund University, Department of Building Physics, Box 118, SE-221 00 Lund, Sweden 
    
 
Degrees PhD 2009,
Licentiate in Engineering, 2004
Master of Science in Civil Engineering, 1975
 
Employment Sveriges Lantbruksuniversitet, 1976-80
Uppsala Kraftvärme AB, 1980-84
Lunds Energiverk and Asea Stal Geoenergy AB, Lund 1984-87
Since 1989 at the department of Building Physics, Lund University
 
Research Research work within projects regarding solar energy, ground heat and energy use in buildings.

Contributed in projects within the Lund Group for Ground Heat Systems, with laboratory experiments and analyses of heat transfer capacities, and within the IEA (International Energy Agency), projects regarding solar energy and renovation of buildings.

Worked with assessment of potential of building integrated photovoltaics on behalf of Elforsk AB and development of tools for introduction of solar electricity within an EU-project.

Participated as Swedish representative in EU-projects regarding policy instruments for energy use in dwellings and harmonisation of an European building code.

Participated in several international conferences focusing on underground thermal energy storage and solar energy respectively. 
   
Other international work is an EU-project regarding Local Strategies for identification and mobilization of solar potentials (POLIS).
Currently working with project regarding solar potential studies and methods of investigation of solar potential.
 
Teaching Accomplished courses at Lund University regarding solar energy and gives lecturers regarding use of solar energy in different courses in the Universities.
 
Publications Selection of publications:

Hellström G, Kjellsson E. (2000). Laboratory measurements of heat transfer properties of different types of borehole heat exchangers. Proc. of Terrastock 2000, Stuttgart, Germany, August 28 – September 1, 2000.Kjellsson E. (1999). Potential for Building Integrated Photovoltaics, Study for Sweden, Report 1 Area of Building Envelopes, Report TVBH-7211, Dept. of Building Physics, Lund University.

Kjellsson E. (2000). Potentialstudie för byggnadsintegrerade solceller i Sverige, Rapport 2 Analys av instrålningsnivåer på byggnadsytor, Report TVBH-7216, Dept. of Building Physics, Lund University.

Elmroth A, Kjellsson E. (1999). Solar Energy in Building Renovation. Proceedings of EuroSun98, The second ISES Europe Solar Congress, Portoroz, Slovenia, September 14-17, 1998.

Kjellsson E. (2000). Potential for Building Integrated Photovoltaics, Study for Sweden. Proceedings of EuroSun 2000, The third ISES Europe Solar Congress, Copenhagen, Denmark, June 19-22, 2000.

Leth-Petersen S, Kjellsson E, Togeby, M. (2000). Demand for Space Heating in Apartment Blocks, Evidence from Denmark and Sweden.

Barker M. et al (2001). Solar ElectriCity Guide. Report from EU-project PV City Guide, Institut Cerdà, Barcelona, Spain.

Kjellsson E, Hellström G. (2002). Combination of Solar Heat ad Ground Source Heat Pump for Small Buildings, State of the art, Dept. of Building Technology, Lund University.

Dicke N. et al (2003). Tebuc – Towards an European Building Code, Final report from EU project Tebuc, IER Universität Stuttgart.

Kjellsson E. (2004). Solvärme I bostäder med analys av kombinationen solfångare och bergvärmepump. Report TVBH-3047, Dept. Of Building Physics, Lund University  1.42MB.

Kjellsson E, Hellström G, Perers B, (2005). Combination of Solar Collectors and Ground-Source Heat pump for Small Buildings. Proceedings from ISES Solar World Congress, Orlando 2005. 
 
Kjellsson E, Hellström G, Perers B, (2008). Optimization of Systems with the Combination of Ground-Source Heat Pump and Solar Collectors in Dwellings. Proceedings from SET2008 International Conference, Seoul. Korea 2008. 
 
Kjellsson E, Hellström G, Perers B, (2009). Analyses of Ground-Source Heat Pumps Combined with Solar Collectors in Dwellings. Proceedings from Effstock 2009
Thermal Energy Storage for Efficiency and Sustainability, International Conference 2009, Stockholm, Sweden. 

Kjellsson E. (2009) Solar Collectors Combined with Ground-Source Heat Pumps in Dwellings, TVBH-1018, Dept. Of Building Physics, Lund University (Ph.D. thesis).

Kjellsson E, Hellström G, Perers B, (2010). Optimization of Systems with the Combination of Ground-Source Heat Pump and Solar Collectors in Dwellings. Energy (2010), Elsevier, Journal, available at sciencedirect.com. 
 

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