| Session | ||
TUE14: Integration techniques
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| Presentations | ||
Lowering barriers to a large-scale implementation of grid booster projects by introducing a hybrid concept 1TransnetBW GmbH; 2Karlsruhe Institute of Technology The Potential of Small Modular Reactors to Provide System-Bearing Services in the Future Power Grid 1Norwegian University of Science & Technology (NTNU); 2Royal Institute of Technology KTH, Sweden Determining Candidate Renewable Energy Sources for G&TEP using Data Envelopment Analysis Aalto university, Finland Assessing Regional Capacity Expansion: The Role of Quasi-Dynamic Thermal Ratings in a Changing Climate PSL, France A multi-year Renewable Amounts assessment for Grid Portions: the Italian case Terna, Italy An Integrated High-Speed Railway Electrification Framework for Reducing Embodied Carbon Indian Institute of Technology Delhi, India A Holistic Assessment Framework for Evaluating Buildings’ Green and Digital Readiness Level University of Cyprus Long-term storage expansion planning considering uncertainty and intra-annual time series INESC TEC, Portugal Limiting grid exchange applying PV curtailment and EV charging coordination on an LVDC backbone Ghent University, Belgium | ||