Vision
The research activities of our international team pursue one goal: energy supply based on renewable energies. We develop physics-, data- and learning-based methods to operate electricity, gas, heating, water, and hydrogen networks efficiently and safely with a high share of decentralized energy resources. Our methods are modular and scalable, making the very high complexity of these systems manageable.
Research Focuses
- Multi-Carrier Energy Management by Distributed Control Agents
- Coupled multi-agent systems and distributed optimal controls
- High Level Plug-and-Play-Based Control Strategies for Multi-Carrier Energy Systems
- Decentralized, Passivity-Based Control of Networked Multi-Energy Systems
- Multimodal real-time dispatch
- Policy Optimization Methods for Linear Quadratic Regulator
Staff
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Lukas KöhrerHead of Research Group Research Interest: |
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Armin GießlerResearch Associate Research Interest: |
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Pol Jané SoneiraResearch Associate Research Interest: |
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Pirmin BreisacherResearch Associate Research Interest: |
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Jochen IllerhausResearch Associate Forschungsgebiet: |
Bachelor- and Master Students
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Timo KienzlerMaster Thesis |
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Silas BaumannMaster Thesis |
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Pascal SchillsottBachelor Thesis Statische Optimierung der Betriebsführung von Fernwärmenetzen |
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Thomas Alexander Theuß VillanuevaMaster Thesis |
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Lukas HurrleMaster Thesis |
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Philipp Jonas ReiberBachelor Thesis |
| Title | Type | Supervisor |
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| Distributed Policy Optimization for continuous-time LQR | Master Thesis | |
| Dynamische Modellierung von DC-DGUs | Master Thesis |
| Title | Supervisor |
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| Modellierung, Regelung und Optimierung von Multi-Energiesystemen |