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Join us and start your carrier as a researcher and scientist in the field of power and energy systems. Develop digital twins for energy valleys and speed up energy transition at local scale. Delft
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Challenge: Novel MPPT algorithm for plant energy harvester. Collecting energy from the environment to power IoT devices has been a hot topic for decades and continues to develop. In this project, we
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Join us and start your carrier as a researcher and scientist in the field of power and energy systems. Develop models for local energy communities and speed up energy transition at local scale
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Detailed generic stability model and effective scalable optimization for resilient and multi-objective operation and control new concepts for large-size multi-energy systems. The project Optimal
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Adaptive primary and scondary control for optimal active power balancing and mitigation of instability threats in integrated energy systems dominated by power electronic converters. The project
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Challenge: Integrating fossil fuel-free energy solutions into the built environment. Change: Researching how subsurface storage can be integrated to provide decarbonized heating & cooling year-round
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Detailed generic stability model and effective scalable optimization for resilient and multi-objective operation and control new concepts for large-size multi-energy systems. The project Optimal
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or hydrogen, or geothermal energy production) have fundamentally different characteristics compared to natural earthquakes. Understanding the essential non-stationary character of the processes that caused
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Adaptive primary and scondary control for optimal active power balancing and mitigation of instability threats in integrated energy systems dominated by power electronic converters. The project
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The selected Assistant Professor will operate in the Wind Energy Section at TU Delft and will be part of the Floating Wind Energy team. As an Assistant Professor, you will participate in