WP4: Exploit

WP4: Exploit – Utilizing EMI knowledge within a risk-based approach

The S&T WPs conclude with WP4, which builds upon the previous 3 WPs to develop a risk-based EMC approach. In total, 5 DCs are working on case studies for 3 different industrial sectors: automotive, healthcare and an energy network infrastructure in the form of the power grid and a solar farm. These case studies will not only use the results of the DCs from WPs 1–3, but will also provide practical feedback for them. DC11 will develop a proof-of-concept EMI-aware digital twin for an automotive wheel-speed sensor system. Moving from automotive to healthcare, DC12 will assess the impact of the changing nature of the electromagnetic environment within a healthcare setting. DCs 13-15 will all be working on use15 cases related to the energy sector. As the first of these three, DC13 will enhance electromagnetic compatibility for evolving power grids and renewable integration through adaptive, distributed control. Next to that, DC14 and DC15 will both be working on EMI aspects of large photovoltaic installations, also referred to as solar farms. DC14 will focus on simulations and will cover how to deal with uncertainties and statistical variations in the electromagnetic simulation of large, complex systems such as photovoltaic installations. In parallel with this, DC15 will focus on practical in-situ measurements to monitor the electromagnetic emissions from large photovoltaic installations.