DC13: Enhancing electromagnetic compatibility for evolving power grids and renewable integration through adaptive, distributed control
Project: Enhancing electromagnetic compatibility for evolving power grids and renewable integration through adaptive, distributed control (WP4)
Host institution: UT (Netherlands)
Supervisor: Tom Hartman (UT, Netherlands)
Co-supervisor(s): Frank Leferink (UT, Netherlands), Heyno Garbe (LUH, Germany), Marco Azpurua (EMC Barcelona, Spain)
Objectives:
- Develop a methodology that integrates time- and frequency-domain measurements with statistical analyses for evolving power grid and distributed renewable-energy sources.
- Introduce adaptive, distributed control concepts to optimize the matching of load and supply within power systems.
- Analyse the dynamic interaction between supply and demand while predicting and managing EMI.
Expected Results:
- A methodology that rectifies overlooked issues in current standards and offers practical solutions for enhancing compatibility in modern power grids.
- Introduction of adaptive distributed control to improve the matching of load and supply within power systems, contributing to a more efficient integration of renewable-energy sources.
Planned secondment(s):
- Academic secondment: LUH, Heyno Garbe, M19-M21, 2M, evaluating new EM field measurement techniques to support distributed control for improved EMC.
- Industrial secondment: EMC Barcelona, Marco azpurua, M28-M30, 2M, Effectively use Multi-channel TD EMI measurement for the prediction and management of EMI
Enrolment in Doctoral degree: TU/e (Netherlands)