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:

  1. Develop a methodology that integrates time- and frequency-domain measurements with statistical analyses for evolving power grid and distributed renewable-energy sources.
  2. Introduce adaptive, distributed control concepts to optimize the matching of load and supply within power systems.
  3. Analyse the dynamic interaction between supply and demand while predicting and managing EMI.

Expected Results:

  1. A methodology that rectifies overlooked issues in current standards and offers practical solutions for enhancing compatibility in modern power grids.
  2. 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):

  1. Academic secondment: LUH, Heyno Garbe, M19-M21, 2M, evaluating new EM field measurement techniques to support distributed control for improved EMC.
  2. 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)

 

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