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systems must develop on the local scale. To create and operate local energy systems we first need to understand them, by modeling and simulating them. The role of this PhD is to develop models and
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imbalances. The context is integrated energy systems with interconnected networks, each one involving different types of PEIS (e.g. incl. electrical/non-electrical energy conversion & storage, renewable
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. The presence of rich flow structures in the atmosphere and ocean down to the scales of atmospheric convection O (100 m - 10 km) has sparked renewed interest across atmospheric and ocean scientists in recent
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they must resist. Maintaining the cultural heritage and at the same time preparing them for the future is a huge challenge. Renewal and/or replacement measurements while in parallel adopt sustainable and
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Do you want to make photovoltaics circular? The current transition towards using renewable energy implies a transition towards the increased demand of different raw materials as well. How can the
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industry experts and utilising cutting-edge technologies. This position offers a unique opportunity to contribute to the future of renewable energy and make a lasting impact, by ensuring efficient and
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they must resist. Maintaining the cultural heritage and at the same time preparing them for the future is a huge challenge. Renewal and/or replacement measurements while in parallel adopt sustainable and
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to renewables. Graphs are playing an ever increasing role in nowadays systems as a flexible tool to model complex systems. In addition, these systems generate a vast amount of data which can be modelled as
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storage is a pivotal element in such a net-zero energy system, current state-of-the-art models are unable to properly value these assets. In this PhD, we focus on three methodological advancements in
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growing demand for mined materials due to population growth, economic expansion, and the shift towards renewable energy. This results in mining companies extracting and processing large quantities