The first team presenting is researching the development of a Virtual Power Plant for KIVI, exploring its potential as a substitute for the planned nuclear power plant in Zeeland. Their work focuses on how distributed energy resources can be coordinated to provide a reliable and flexible energy system.
A second team is investigating the possibilities of dynamic bio-production as a tool for improving grid stability. Their research explores how flexible biological processes could help balance fluctuations in energy supply and demand.
The third team is developing a roadmap toward a natural gas–free future for the village of Escharen. As part of this project, they are outlining a long-term strategy toward 2045.
The fourth team is conducting research commissioned by the Automotive Campus itself. Their project focuses on designing a smart multi-modality energy hub for the campus. This includes establishing a baseline analysis, developing future energy usage scenarios that account for campus expansion, and assessing the gap between energy supply and demand. Based on these insights, the team will explore potential infrastructure solutions.
Together, the projects demonstrate how TU/e students are contributing to innovative and practical solutions for the energy transition.
