Heating, Cooling and Indoor Climate
The basis is the buildings’ synergistic systems, and their impact on the indoor climate. Various heating systems are studied such as district heating, heat pumps, bioenergy and solar heating. Moreover, ventilation systems such as natural ventilation, mechanical exhaust ventilation, and both supply and exhaust ventilation with and without heat exchanger, hvac-systems, and various buildings’ heat capacity. Heat and ventilation and distribution of air flow in a specific room, are studied as well as operating and energy use. Furthermore, how the building’s construction is impacting the indoor climate and how heating and ventilation are distributed and controlled within the building.
Level:
Advanced level
Application code:
X0634
Entry requirements:
Energy Efficiency and Moisture Control in Buildings 7.5 credits. English 6.
Selection rules:
Available for exchange students. Limited numbers of seats.
Start week:
week: 03
Instructional time:
Daytime
Language of instruction:
Teaching is in English.
Level:
Advanced level
Application code:
X0634
Entry requirements:
Energy Efficiency and Moisture Control in Buildings 7.5 credits. English 6.
Selection rules:
Available for exchange students. Limited numbers of seats.
Start week:
week: 04
Instructional time:
Daytime
Language of instruction:
Teaching is in English.