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sustainable energy systems that support the green transition at local, national and European level. Our research contributes to sector coupling, energy efficiency and the integration of renewable energy in
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integration of renewable energy in cities and regions, and we work closely with industrial partners, public institutions and other universities to address real-world energy challenges. You will become part of a
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, national innovation programs, private companies, and NGOs. Within SDU LCE, the research group focusing on net-zero transitions, renewable integration, defossilization of energy systems, CO2 infrastructure
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. Within SDU LCE, the research group focusing on net-zero transitions, renewable integration, defossilization of energy systems, CO2 infrastructure development, biomass availability, and sector coupling is
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tasks The position is based on strong collaboration with highly involved industrial partners and is offered in relation to the Offshore Renewable Energy Systems research group. The Postdoc will be
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modelling and the CCUS value chain and its role in the energy system. The work will focus on assessing the impacts of compound events on future renewable energy systems and CCUS in the context of integrated
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to the Offshore Renewable Energy Systems research group. The Postdoc will be positioned in the Esbjerg Energy Section. Research areas will focus on AI-driven control systems, grid-forming inverter technologies, and
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, and executing the project’s experimental testing and numerical model validation tasks. The position is offered in the research group "Offshore Renewable Energy Systems", and the Postdoc will be