DC14: Electromagnetic simulation of incertitude in complex systems: applications to emissions from photovoltaic installations
Project: Electromagnetic simulation of incertitude in complex systems: applications to emissions from photovoltaic installations (WP4)
Host institution: UGR (Spain)
Supervisor: Luis Manuel Díaz Angulo (UGR, Spain)
Co-supervisor(s): S.G. Garcia (UGR, Spain), Davy Pissoort (KU Leuven, Spain), Roberto Moreno (Ikerlan, Spain)
Objectives:
- Develop innovative stochastic models for the unpredictable EMI aspects of electronic systems with a focus on photovoltaic systems.
- Integrate the stochastic models into the existing time-domain simulation frameworks at UGR.
- Enhance EMI simulation tools to more reliable and robust tools for assessing anomalies.
Expected Results:
- Innovative stochastic models for electronic systems in complex electromagnetic scenarios.
- Successful integration of stochastic models into the existing deterministic simulation frameworks at UGR.
Planned secondment(s):
- Academic secondment: KU Leuven, Tim Claeys, M25-M28, 3M, Elaborate a risk based approach on the EMC treatment of photovoltaic facilities. Use the developed stochastic time domain simulation tools to evaluate risks and score proposed solutions.
- Industrial secondment: Ikerlan, Roberto Moreno, M17-M19, 2M, Study and measurements of transients and EMI pollution in a photovoltaic facility with focus on the low frequency range.
Enrolment in Doctoral degree: UGR (Spain)