Theille, Apolline

Diploma Thesis:
1820

Topic:
Economic evaluation of building products with integrated renewable energy technologies

Editor:
Apolline Theille

University Professor Responsible:
Univ.-Prof. Dr.-Ing. Peter Jehle

Supervisor:
Scientific supervisors TU Dresden
Institute of Construction Management - Dr.-Ing. Jan Kortmann
Institute for Solid Construction - Dipl.-Ing. Dominik Schlüter

Editing Period:
11.01.2021 until 11.05.2021

Abstract:
This work deals with the economic analysis of building products in which system components for the use of renewable energies are integrated. The focus of the components is on the prefabricated construction method, the types of renewable energy technologies that can be used and the investigation of realisation costs. The investigation takes place on a concrete product developed by the TU Dresden. In the context of this work, an investigation of the prefabricated construction method was carried out in order to determine whether the integration of renewable energy technologies in this construction method has advantages compared to a conventional construction method. For each construction method, a process was created using the BPMN language to facilitate the understanding of the process flows. This allows the construction costs to be clearly represented and calculated according to the process steps. It was calculated that prefabrication construction is not only more economical than conventional construction, but also shortens construction times. Prefabrication has many advantages and seems to be the preferred construction method when it comes to integrating renewable energy technologies.
When it comes to integrating renewable energy technologies into a building.