Completed Doctoral Thesis:

Titel:

Modeling of the interaction of building users and building technology - potential analysis of decentralized heating and cooling systems with regard to thermal comfort and energy consumption based on an adaptive building controller.

Defended On:

18.03.2021

Processor:

Dr.-Ing. Katharina Boudier

Link:

http://nbn-resolving.de/urn:nbn:de:hbz:386-kluedo-63902

Titel:

Prototypical development of a thermoelectric partition for mobile cooling and heating - experimental and numerical evaluation of the comfort and energy saving potential.

Defended on:

(submitted)

Processor:

Mathias Kimmling

Titel:

Predictive optimization of energy flows in residential buildings with photovoltaic self-generated electricity, taking into account power-to-heat (heat pump), power-to-power (electricity storage) and vehicle-to-building (bidirectional charging of electric vehicles)

Processor:

Daniel Schmidt

Titel:

Consideration of non-visual effects of light and their impact on the accuracy of lighting energy requirements using multi-channel spectral simulations.

Processor:

Margarita Alwalidi

Duration Doctoral Thesis: