Assessing thermal loss of buildings
Did you ever wonder how much of your heating bill is caused by badly insulated windows or walls? Or how much energy you could save by adjusting the temperature level in a room? The gSKIN® is the ideal tool for thermal measurements in building physics to answer these questions. The gSKIN® Heat Flux Sensor features:
- Easy read-out
- Simple mounting & integration
For more information about heat flux measurements in building physics please submit your email address to download the full application note:
Enter your email address to download gSKIN_Application-note_Building-physics.pdf
Read how to measure the U-Value of a building and how to analyze the results in our U-Value-Measurement Case Study.
Applications in building physics
Thermal energy into the building is coming mainly from the heating system and from solar irradiation. The energy exchange between the building and the outside is focused through the roof, walls, windows and thermal bridges e.g. balconies, into the soil and through exchange of ambient air. Thus, a building is a complex thermal system and to optimize it (for example to reduce heating costs) precise data is required. Use the gSKIN® Heat Flux Sensor to:
- compare the amount of heat transferred through different walls.
- calculate the thermal conductivity (U-value) of walls or windows and find out if you have a well-insulated building.
- quantify the energy balance of a room: How much energy is coming from the heating and where is the energy lost?
- calculate the energy emitted from the heating radiator for example to calculate your heating costs.
- optimize your heating and cooling control
- analyze the thermal behavior of rooms / buildings at different temperature levels.
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