Sašo Medved is full professor and head of the Laboratory for Sustainable Technologies in Buildings at the University of Ljubljana, Slovenia. His research focuses on transformation of renewable energy sources, environmental engineering, building physics, the heat and mass transfer in urban environments, mitigating climate change.

• Indoor comfort requirements .- ​Energy sources.- Introduction to building physics.- Experimental evaluation of buildings’ envelope thermal properties.- Global climate and energy performance of the building.- Best available technologies (BAT) for on-site and nearby generation of heat for nZEB .- Best available technologies (BAT) for on-site electricity generation for nZEB.- Space heating of nZEB.- Space cooling of nZEB.- Domestic hot water heating in nZEB.- Ventilation of nZEB.-  Energy efficient lighting of nZEB.- Energy labelling of buildings.- Environmental labelling of buildings.

Sašo Medved is full professor and head of the Laboratory for Sustainable Technologies in Buildings at the University of Ljubljana, Slovenia. His research focuses on transformation of renewable energy sources, environmental engineering, building physics, the heat and mass transfer in urban environments, mitigating climate change.

• Indoor comfort requirements .- ​Energy sources.- Introduction to building physics.- Experimental evaluation of buildings’ envelope thermal properties.- Global climate and energy performance of the building.- Best available technologies (BAT) for on-site and nearby generation of heat for nZEB .- Best available technologies (BAT) for on-site electricity generation for nZEB.- Space heating of nZEB.- Space cooling of nZEB.- Domestic hot water heating in nZEB.- Ventilation of nZEB.-  Energy efficient lighting of nZEB.- Energy labelling of buildings.- Environmental labelling of buildings.

Sašo Medved is full professor and head of the Laboratory for Sustainable Technologies in Buildings at the University of Ljubljana, Slovenia. His research focuses on transformation of renewable energy sources, environmental engineering, building physics, the heat and mass transfer in urban environments, mitigating climate change.

• Indoor comfort requirements .- ​Energy sources.- Introduction to building physics.- Experimental evaluation of buildings’ envelope thermal properties.- Global climate and energy performance of the building.- Best available technologies (BAT) for on-site and nearby generation of heat for nZEB .- Best available technologies (BAT) for on-site electricity generation for nZEB.- Space heating of nZEB.- Space cooling of nZEB.- Domestic hot water heating in nZEB.- Ventilation of nZEB.-  Energy efficient lighting of nZEB.- Energy labelling of buildings.- Environmental labelling of buildings.