The article was published in the Journal of Applied Physics and is available here.Thermal control elements, i.e., thermal diodes, switches, and regulators, can control the heat flow in an analogous way in how electronic devices control electrical currents. In particular, a thermal diode allows a larger heat flux in one Read more…
Along with environmentally-friendly refrigerants, high energy efficiency of refrigeration systems and heat pumping will represent the foundation of future refrigeration, heating and air-conditioning systems. Recuperation and utilization of waste heat at various temperature levels will enable significantly lower energy consumption not only for heating and refrigeration, but also for generation Read more…
On the international Conference on caloric cooling, which will be held in June 2020 in Maryland USA, prof. dr. Andrej Kitanovski (magnetoaloric cooling) and assist. prof. dr. Jaka Tušek (elastocaloric cooling – ERC project SUPERCOOL) will present their work in two pelnary lectures: Kitanovski: The Future of the Magnetocaloric Read more…
In the extensive Encyclopedia of Smart Materials (Reference Module in Materials Science and Materials Engineering) a paper on Applications on magnetocaloric materials was published. The paper is available here. Abstract: The first market applications of magnetocaloric materials were in low-temperature physics and magnetic resonance imaging. These important applications, however, represent Read more…
The review paper Thermal control elements for caloric energy conversion was published in Renewable & Sustainable Energy Reviews. The paper is has open access until January 3rd 2020 (link). Abstract: Caloric energy conversion is an emerging field of cooling, heat-pumping and power-generation technologies. The potentially high energy efficiency and use Read more…
The 2019 E-MRS Fall Meeting was held in Warsaw University of Technology, from September 16th to 19th. There were more than 1000 participants from all over the world. The members of LAHDE presented our work in two contributions and invited lecture: Urban Tomc: Digital microfluidics in caloric cooling Using the Read more…
From August 24-30, 2019, Montreal (Canada), the birthplace of the 1987 Montreal Protocol, hosted the 25th IIR International Congress of Refrigeration –ICR 2019. Covering all fields of refrigeration, ICR 2019 surpassed the success of previous congresses and was a unique opportunity for researchers and engineers from all over the world Read more…
The international Interclima conference is dedicated to research in the field of technical thermodynamics and to the energy efficiency improvements in thermal energy systems, primarily in the buildings and industry, in the context of the regulations subjected to the implementation of EU Directives in national legislation. Prof. Kitanovski held the Read more…
The International Conference of SZE (Slovenian Energy Association) took place in the beginning of April in Porotož. It hosted more than 200 attendees, who presented 47 contributions in sustainable and clean energy supply for heating and cooling. The LAHDE presented: Comparative techno-economic analysis of using gas engine-driven heat pumps in Read more…
In december 2018 we attended the Nanoscale and Microscale Heat Transfer conference in Levi, Finland. The Book of Abstracts is available here.
The article was published in Applied Energy Journal (link) Abstract This article reports on the novel resistive electromagnetic field source with the magnetic energy recovery, which enables the use of the static magnetocaloric regenerator. Most of the existing prototype magnetocaloric devices that operate near room temperature, use magnetic field sources Read more…
In September 2108 we attended the International Conference on Caloric Cooling in Darmstadt. Our contributions were in the field of magnetocalorics and elastocalorics: Rare-earth-free magnetic field source (invited talk), Magnetocaloric wine cooler with rare-earth-free magnet assembly, Challenges in designing elastocaloric regenerators. [metaslider id=573]