Research project description
District heating systems need to be further developed to decrease grid losses and exploit synergies, thereby increasing the efficiencies of production units. Moreover, district heating networks are becoming more complex due to, e.g., the variety of renewable generation systems and/or user demand profiles, lower distribution temperatures, the integration of heat storage for peak shaving, the usage of the network for both heating and cooling, and so forth. These next-generation networks (4GDH and 5GDH) are therefore much more difficult to design and, once in the ground, much more difficult to control compared to the conventional networks (3GDH). Therefore, the following project goals are defined.
- You will support decision makers, e.g., local governments, in developing and designing new district heating networks (5GDH).
- You will support the district heating operators in optimizing district heating control strategies (5GDH).
The main objective of this project is to develop (fit-for-purpose) modeling methods for the design and control of 5GDH networks.
- You will first focus on the (further) development of a full-order first-principles model for district heating and cooling networks, which (i) is highly accurate in both space (at building and neighborhood level) and time (at minute level) and (ii) is experimentally validated.
- This full-order model can subsequently be used by you for the generation of training and validation data for reduced-order data-driven models from which to develop fit-for-purpose models for design and control.
This position and research project are made possible by the BEHeaT program initiated by the Eindhoven Institute for Renewable Energy Systems (EIRES
). EIRES facilitates the collaborative development and swift deployment of new technologies and devices by bringing together TU/e researchers working on materials, systems, and processes for energy storage and conversion.
EIRES consists of collaborating research groups within TUe. These include over 140 researchers and more than 450 PhDs. EIRES brings these researchers together and creates new network connections between researchers and industry.
Within the focus area of energy transition in the built environment, a large-scale research program was recently launched. This program, BEHeaT, stands for B
ransition. The program is funded with TUe's own resources as well as contributions from industry. The research program has a pragmatic approach.
Within the BEHeaT program, research is conducted into the (further) development of various (new) materials, components and/or systems in relation to intelligent buildings, heat storage, heat networks and/or electricity grids. The focus is not only on physical materials, components and systems, but also on dynamic (predictive) models. We believe that in order to have impact, any research must take systems integration as its starting point. In addition, we believe that technology does not stand alone and should always be seen in relation to the (end) user. In this way, the impact of research results is increased.