SPECIFIC RESEARCH INTERESTS:
Low energy building: passive solar energy use, rational window sizing strategy, passive measures of indoor climate control to avoid overheating, influence of thermal storage on heating and cooling demand, use of PCM to reduce demand on cooling energy, air tightness of building. Integrated approach to low energy building design. Design tools for low energy integrated design.
Thermal refurbishment of the existing buildings: reduction of thermal losses, air tightness control, maximization of solar gains, moisture aspects of thermal refurbishment, building shell diagnostics in-situ, protection against overheating.
Modeling and simulation of building components and the whole objects (EnergyPlus). Experimental testing in climate chamber and in-situ. Infrared diagnostics and testing. quantitative infrared testing.
At present, the main and unique thermal research facility of the department is the climate chamber with hot-box, sample dimension 1.8 by 1.8 m. This chamber is not only used for a standard steady state testing but also for dynamic tests (e.g. PCM use efficiency). Besides, we use dozens of standard research equipment, as thermal imaging cameras, thermal conductance meters, thermal comfort meter etc.
Desired business relationship
we look for industry partner