heat discharge through forced cooling of phase change materials in concrete panels
TRANSCRIPT
Heat discharge through forced
cooling of phase change
materials in concrete.
MSc Thesis Present by
Kristin Sophia Kuckelkorn
September 2016
Supervisor: Professor Roger West
Final MSc Presentation
Introduction
Background
Methodology
Results
Conclusion
Introduction / Background
PCM integration allows for a greater degree
of heat storage > reduces heating and
cooling at peak times
PCM´s have a high latent heat capacity
Increase CO2
concentration
Decrease in energy
resources
Methodology
Results
Results
Results
Results
Results
Results
Results
Results
Conclusion
Micronal effect the concrete properties
the flow rate & cooling water temperature
affected the heat drainage rate
the PCM panel heated up & cooled at a
slower rate
The cast-in forced cooling controls the heat
drainage.
Efficiency depends on climate
Thank you!