Sack, Anton; Gradel, Andy; Schmid, Hans P.; Wünning, Joachim; Plessing, Tobias; Jess, Andreas (2025)
Sack, Anton; Gradel, Andy; Schmid, Hans P.; Wünning, Joachim; Plessing, Tobias...
Hydrogen and Syngas - Platform for a sustainable future, 28. - 29.Oktober 2025, Essen, Germany
Sack, Anton; Gradel, Andy; Schmid, Hans P.; Wünning, Joachim; Plessing, Tobias; Jess, Andreas (2025)
Sack, Anton; Gradel, Andy; Schmid, Hans P.; Wünning, Joachim; Plessing, Tobias...
Aktau Dialogue: Green Hydrogen 2025, 01.-03. Oktober 2025, Aktau, Kasachstan
Sack, Anton; Gradel, Andy; Plessing, Tobias (2025)
Tagungsband Symposium Zukunft Wärme 2025, 568-580.
Dölz, Michael; Stark, Oliver; Kluck, Johannes; Plessing, Tobias (2025)
Tagungsband HP_sim&app25 - Carnot User Meeting 2025.
Stark, Oliver; Solka, Felix; Plessing, Tobias (2025)
Tagungsband HP_sim&app25 - Carnot User Meeting 2025.
Sack, Anton; Solka, Felix; Fischer, Christian; Gradel, Andy; Plessing, Tobias (2025)
Tagungsband RET.Con 2025, 180-192.
Fick, Robin; Wirth, Johannes; Wilschinsky, Tobias; Priller, Eric; Honke, Robert; Plessing, Tobias (2025)
Fick, Robin; Wirth, Johannes; Wilschinsky, Tobias; Priller, Eric; Honke, Robert...
RET.Con Tagungsband 2025, 32-42.
Fick, Robin; Knopp, Julian; Honke, Robert; Plessing, Tobias (2025)
International Journal of Environmental Pollution and Remediation (IJEPR) 2025 /13, 18-28.
DOI: 10.11159/ijepr.2025.003
This paper investigates the practical implementation of models in the energy management of buildings for complex user behavior and the use of multiple heating technologies, focusing on the development of an accurate yet efficient model. The study is exemplified by the new Institute for Hydrogen and Energy Technology building at Hof University of Applied Sciences, designed as a research platform for innovative energy solutions. We address the integration of shading strategies and the subsequent model order reduction necessary for effective Model Predictive Control application. The research involves creating a simplified resistance-capacitance model of the building's thermal zones, including its heating systems and a dual façade with solar thermal collectors. This simplified model, generated using the BRCM Toolbox and validated against a detailed EnergyPlus model, accounts for dynamic discrepancies, particularly during periods of high solar radiation. Optimization techniques are applied to the simplified model across different seasons, revealing that season-specific optimizations are more effective for long-term simulations, while a combined optimization approach is suitable for short-term and year-round MPC applications. The results underscore the potential of advanced MPC strategies to enhance energy efficiency and sustainability in complex building systems with multiple renewable energy sources.
Dölz, Michael; Wünning, Joachim; Plessing, Tobias (2024)
Tagungsband 2024.
Stark, Oliver; Dölz, Michael; Kluck, Johannes; Plessing, Tobias (2024)
RET.Con Tagungsband 2024, 115-128.
Glasswala, Vivek ; Gradel, Andy; Sharma, Tushar; Carbonell, Daniel; Plessing, Tobias (2023)
Glasswala, Vivek ; Gradel, Andy; Sharma, Tushar; Carbonell, Daniel...
SWC 2023 Proceedings 2023.
DOI: 10.18086/swc.2023.04.06
Glasswala, Vivek ; Gradel, Andy; Sharma, Tushar; Carbonell, Daniel; Plessing, Tobias (2023)
Glasswala, Vivek ; Gradel, Andy; Sharma, Tushar; Carbonell, Daniel...
Solar World Congress 2023, Neu Delhi, Indien
Gradel, Andy; Plessing, Tobias (2023)
Statuskonferenz Bioenergie, Leipzig
Sack, Anton; Gradel, Andy; Plessing, Tobias (2023)
Gradel, Andy; Plessing, Tobias (2023)
Symposium der BMWK-Energieforschungsnetzwerke, Berlin
Gradel, Andy; Plessing, Tobias (2023)
31. C.A.R.M.E.N. Symposium, Würzburg
Dölz, Michael; Plessing, Tobias (2023)
Nacht der Wissenschaften, Hof, 23.06.2023
Dölz, Michael; Plessing, Tobias (2023)
Nacht der Wissenschaften, Hof, 23.06.2023
Heinrich, Maximilian; Herrmann, André; Gradel, Andy; Klemm, Marco; Plessing, Tobias (2023)
Energies 2023 (16 (6)), 2888 | 1-31.
DOI: 10.3390/en16062888
Dölz, Michael; Plessing, Tobias (2023)
RET.Con Tagungsband 2023, 46-56.
Institut für Wasserstoff- und Energietechnik (iwe)
Alfons-Goppel-Platz 1
95028 Hof
T +49 9281 409-4720 tobias.plessing[at]hof-university.de