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Willem Mazzotti Pallard's PhD mid-term seminar

Ground-Source Heat Pump system split into three main components, W. Mazzotti et al., "Deep Boreholes for Ground-Source Heat Pump : Final report," , 2018. Published Apr 30, 2020
Published Apr 30, 2020

Willem is a PhD canditate in the area of applied thermodynamics technology. Part of his research is about Lab-scaled experiments that is fully tested at KTH Live-In Lab.

Willem is a PhD canditate in the area of applied thermodynamics technology. Part of his research is about Lab-scaled experiments that is fully tested at KTH Live-In Lab.

On the 17th of April , Willem held his PhD "mid-term" seminar via zoom.

You can watch a recording of the presentation with the title Thermal response of borehole heat exchangers: modeling and experimental analysis .

There are 6 parts in the presentation (use the timeline in the description of the video to navigate the presentation):

  1. 1. Global context and introduction Energy and greenhouse gas emissions global figures and potential with ground source heat pumps
  2. 2. Thermal Response Tests How measurement noise can corrupt parameter estimation, model errors and optimization algorithm
  3. 3. Deep boreholes Advantages/drawbacks, investment costs, experimental results
  4. 4. Lab-scale experiment How to design a lab-scale borehole storage so that results can be properly up-scaled.
  5. 5. High-temperature borehole thermal energy storage New performance indicators (exergy) and a case study.
  6. 6. Future work Non-parametric identification and further investigation of deep boreholes.

Opposition from Prof. Johan Claesson.

Questions from the audience.

Most of the papers on which the presentation is based on can be found at Publications by Willem Mazzotti Pallard

You can also read more about the research about Improved Borehole Technology for the Development of Geothermal Heating Systems at KTH Live-In Lab here .

Belongs to: KTH Live-In Lab
Last changed: Apr 30, 2020