Felix Agner
About me
I joined the department of automatic control in January 2020. I have a MSc in Engineering Physics from Lund University where I did my master thesis on time series clustering of electrical load patterns at automatic control in 2019. The interested reader can find it here.
Research and Publications
I am working in the departments project on scalable control and in particular its application in the area of demand response in the energy sector. I want to answer the question of how to coordinate the heat load of units connected through an energy grid in a way that
- is scalable to large grids,
- requires minimal communication,
- provides performance guarantees and
- is robust to model uncertainties.
As energy grids become more complex and rely increasingly on intermittent energy sources, the question of how to start controlling the system load becomes increasingly important.
Preprints
Hydraulic Parameter Estimation for District Heating Based on Laboratory Experiments (With associated data set [github])
Publications
Combating district heating bottlenecks using load control
Hydraulic Parameter Estimation in District Heating Networks
Anti-Windup Coordination Strategy Around a Fair Equilibrium in Resource Sharing Networks
Decentralized PI-control and Anti-windup in Resource Sharing Networks
Licentiate Thesis
On Hydraulic Constraints in Control of District Heating Systems
Teaching
Spring 2020
- FRTF05 - Automatic control, basic course for F I Pi
- FRTN45 - Mathematical Modelling
Fall 2020
- FRTF05 - Automatic control, basic course for D E
Spring 2021
- FRTF05 - Automatic control, basic course for F I Pi
- FRTN45 - Mathematical Modelling
Spring 2022
- FRTN75 - Learning-Based Control
Fall 2022
- FRTN40 - Project Course in Automatic Control
Spring 2023
- FRTN75 - Learning-Based Control
Fall 2024
- FRTN70 - Projects in Learning and Control
Spring 2024
- FRTN75 - Learning-Based Control
