The ICEM2025 team is still finalising the Speakers and Programme page, but we’re excited to share a sneak peek with you!
This year’s theme, Contributing to the Net Zero Emission Target, emphasises actionable strategies, innovative solutions, and impactful collaborations to address the most pressing challenges of our time—achieving net zero emissions and building resilient energy systems.
ICEM2025 features a dynamic program that bridges science, industry, and policy, offering a platform to tackle critical issues in energy and meteorology. Through thought-provoking sessions, interactive discussions, and networking opportunities, participants will gain valuable insights to drive transformative change within their organisations and beyond.
Here’s a snapshot of our programme, designed to spark dialogue, inspire action, and foster meaningful connections
Programme
| 8.00 – 9.00 | |||
| 9.00 – 10.40 | |||
| 10.40 – 11.10 | |||
| 11.10 – 12.50 | |||
| 12.50 – 14.00 | C3S / CAMS Workshop (WMO/IRENA event TBC) |
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| 14.00 – 15.40 | |||
| 15.40 – 16.10 | |||
| 16.10 – 18.00 | |||
| 18.00 – 19.30 | Registration & Welcome Drinks | ||
| 19.30 – 23.30 | |||
| 08.00–09.00 | Registration | ||
| 09.00–10.40 | Opening Plenary Session Sala dei Giganti Speakers: Chris Hewitt and Laurent Dubus |
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| 10.40–11.10 | Coffee Break | ||
| 11.10–12.50 | Poster session (Please refer to the final entry in the programme below for the complete list of posters) Sala dei Giganti Chair: TBC |
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| 12.50–14.00 | Lunch | ||
| 14.00–15.40 | Parallel sessions |
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| Sala Petrarca Room | Sala degli Scrovegni Room | Sala dei Giganti Room |
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| Environmental issues, Policy and Education Chair: TBC | Sustainable Energy Transition and Climate Resilience Chair: TBC | Forecasting for Energy Planning and Operations Chair: TBC |
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| 14:00–14:20 | Parameterization for Large-Scale Photovoltaic Plants in Barren Regions Based on the CLM Land Process Model Author: Jiang J. School of new energy and power engineering, Lanzhou jiaotong university, Lanzhou, China | Mitigating extreme weather risk in power system planning Author: Grochowicz A. Wind and energy systems, Technical university of denmark, Lyngby, Denmark | Dynamic optimisation based Self-Consumption management of residential PV systems using satellite-based forecasts Author: Cros S. Laboratoire de mã©tã©orologie dynamique, Ecole polytechnique, Palaiseau, France |
| 14:20–14:40 | Beyond Carbon: A Holistic Assessment of the Environmental Impacts of Future Energy Scenarios in Great Britain Author: Henderson A. School of engineering, The University of Edinburgh, Edinburgh, United kingdom | Validation of European Offshore Wind generation time series simulations Author: Nayak S. Wind and energy systems, Technical university of denmark, Roskilde, Denmark | Forecasting PV power in highly variable weather conditions: The critical role of ground-based instrumentation during Indiaâ™s monsoon Author: Yezeguelian L. R&d, Calibsun, Valbonne, France |
| 14:40–15:00 | The value of forecasting and intelligence: Quantifying potential cost savings from smart energy management in residential PV self-consumption with storage Author: Crespo C. Degge, Faculdade de ciãªncias da universidade de lisboa, Lisboa, Portugal | Using high resolution climate data to help prepare future energy systems for weather-driven extremes. Author: Bloomfield H. School of engineering, Newcastle university, Newcastle upon tyne, Uk | Analysis of regional solar PV and wind power forecasts for Spain derived from a hybrid NWP-ML modelling approach Author: Pozo-vazquez D.. Physics, Univ. jaã©n, Jaã©n, Spain |
| 15:00–15:20 | The need for more and better communication on energy and weather issues in a context of misinformation Author: Aã±el JA. Ephyslab, Universidade de vigo, Ourense, Spain | Planning Climate-Resilient Energy Systems under Climate Change and Extreme Events: A Quantitative Analysis on Costs and Technology Roles Author: De marco F. Reliability and risk engineering, Eth zã¼rich, Zurich, Switzerland | Enhancing Rooftop PV Observability in France: A Comparative Evaluation of Physics-based methods with the TSOâ™s approach Author: Kasmi DR. Centre oie, Mines paris - psl university, Sophia-antipolis, France |
| 15:20–15:40 | How to train your users: Training Activities and User Engagement Strategies in the context of C3S Energy Author: Restivo E. , Inside climate service, Padua, Italy | Exploring renewable energy drought potential over CONUS Author: Lee J. Research applications lab, Nsf ncar, Boulder, co, Usa | Probabilistic soiling estimates for photovoltaic performance Author: Prasad A. School of photovoltaic and renewable energy engineering, University of new south wales, Sydney, Australia |
| 15.40–16.10 | Coffee Break | ||
| 16.10–18.00 | Panel/workshop sessions | ||
| Panel Session SALA TBC NET ZERO Convenors: Dave Renne’/Hamid B./DLR | Workshop session SALA TBC Maximising Reanalysis Data Value for Energy Sector Use Convenors: Remi/Justin | Workshop session SALA TBC AI/ML Convenors: Sue/Georges/David B |
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| 18.00–19.30 | |||
| 19.30–23.30 | Reception | ||
| 8.00 – 9.00 | Registration | ||
| 9.00 – 10.40 | Plenary Session Sala dei Giganti Chair: TBC |
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| 10.40 – 11.10 | Coffee Break | ||
| 11.10 – 12.50 | Poster session (Please refer to the final entry in the programme below for the complete list of posters) Sala dei Giganti Chair: TBC |
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| 12.50 – 14.00 | Lunch | ||
| 14.00 – 15.40 | Parallel Sessions | ||
| Sala Petrarca | Sala degli Scrovegni | Sala dei Giganti |
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| Climate & Energy Modelling Chair: TBC | Energy Systems and Extreme Weather Risk Management Chair: TBC | Forecasting for Energy Planning and Operations Chair: TBC |
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| 14:00–14:20 | Resilience to climate variability in Australia's electricity grid under future energy system scenarios Author: Richardson D. Climate change research centre, University of new south wales, Sydney, Australia | Sensitivity of extreme residual load events on wind and solar installed capacity in Germany Author: Chabert L., EWE TRADING GmbH, Bremen, Germany | Short-term forecast predictability of the past, current and future UK wind fleet Author: Dantas MR. School of mathematics & statistics, University of glasgow, Glasgow, Uk |
| 14:20–14:40 | Climate2Energy: consistently modeling interconnected impacts of climate change on energy systems Author: Wohland J. University of oslo, Department for technology systems, Oslo, Norway | Forecasting and Decision-Making in Extreme Power System Situations Author: Zack J. R&d, Meso, inc., Troy, ny, Usa | Benefit of increasing the number of weather models used as input of solar and wind energy forecasts Author: Chen M. Renewable energy center, Institute of urban meteorology, beijing, cma, Beijing, China |
| 14:40–15:00 | Towards enhanced capabilities for Energy System Impacts modelling in CMIP7 to support the next IPCC report and beyond Brayshaw D. Meteorology, University of reading, Reading, Uk | Generating extreme windstorm event sets to determine reasonable worst case scenarios Author: Whitford A. Industry science and consultancy, Uk met office, Exeter, Uk | RMAPS-WIND: an Operational Numerical Weather Prediction System tailored for Wind and Solar Power Service in China Author: Vannier O. CNR Ingénierie, Lyon, France |
| 15:00–15:20 | Influence of Climate Change on Dynamic Line Ratings in Great Britain Author: Harrison G. Engineering, University of edinburgh, Edinburgh, Uk | Identification of Extreme Energy Events caused by renewable energy forecast errors Author: Zech M. Energy system analysis, German aerospace center (dlr), institute of neworked energy systems, Oldenburg, Germany | Leveraging Spatially Explicit Data for Accurate Renewable Energy Forecasting Author: Lindas E. Biogeo, Laboratoire des sciences du climat et de l'environnement, Gif-sur-yvette, France |
| 15:20–15:40 | How good are the CMIP6 models in simulating the decadal variability of surface wind in North Sea and its interconnection with the North Atlantic circulation Author: Omrani DR. R&d/onetech, Totalenergies, Palaiseau, France | Frequency and spatial extend of heat and cold waves in France and climate change Author: Cognot C. Osiris, Edf-r&d, Saclay, France | Microscale Artificial Intelligence Wind Speed Prediction for Wind Turbines Author: Yan J. North china electric power university, School of new energy, Beijing, China |
| 15.40 – 16.10 | Coffee Break | ||
| 16.10 – 18.00 | Workshop session Room TBC Business of Weather/Climate Session “So, you want to start a weather/climate business?” Convenors: Jan Dutton/Ian Harper | Workshop session Room TBC Education/collaboration/engaging stakeholders Convenors: Juan Añel, Susana, Ben H. | Workshop session Room TBC Resilience across timescales Convenors: Laurent (RTE), Laura Di Bernardo, Mario Ciancarini (ENEL), Annarita Mariotti (NOAA) |
| 18.00 – 19.30 | Free time/Networking Break | ||
| 19.30 – 23.30 | Conference Dinner | ||
| 08.00–09.00 | Registration | ||
| 09.00–10.40 | Parallel Sessions | ||
| Sala Petrarca Room | Sala degli Scrovegni Room | Sala dei Giganti Room |
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| Weather and Climate Services for Energy Chair: TBC | Energy Systems and Extreme Weather Risk Management Chair: TBC | Forecasting for Energy Planning and Operations Chair: TBC |
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| 09.00–09.20 | Pan-European Climate Database v4.2: Updates, validation and potential next steps in wind power modelling Author: Koivisto M. Department of wind and energy systems, Technical university of denmark, Roskilde, Denmark | A Weather Forecast Archive for Dunkelfaute Forecast Evaluation Author: Dutton J. Customer success, Prescient weather ltd, Charlottesville, Usa | Why Consistency in Temperature Normals Matters: Insights for Transmission System Operators Author: Gurriaran L. R&d, Rte, Puteaux, France |
| 09.20–09.40 | A novel approach to Environmental Impact Assessments of Offshore Wind Farms in a changing climate Author: Cislo D. Idcore, University of edinburgh, Edinburgh, Uk | Weather and Climate Drivers of US Power Line Outages over the Continental US Author: Ariail I. Meteorology, University of reading, Reading, Uk | A Machine Learning Approach to Hydropower and Inflow Forecasting in Tanzania Using Random Forest Author: Nielsen K. Data engineer, Wemc, Norwich, United kingdom |
| 09.40–10.00 | Impact of climate change on Offshore Wind resource along the French coastline Author: Oueslati B. Osiris, Edf r&d, Palaiseau, France | The value of tidal power predictability alongside weather dependent renewables Author: Coles D. Department of engineering science, University of oxford, Oxford, Uk | Modelled Climate Change impacts on the New Zealand Energy system out to 2050 Author: Purdie J. Centre for sustainability, University of otago, Dunedin, New zealand |
| 10.00–10.20 | Research and Application of Meteorology for Renewable Energy at Tsinghua University, China Author: Luo Y. Department of earth system science, Tsinghua university, Beijing, China | High-Risk Zones for Heavy Rainfall in Arid and Semi-Arid Regions of Western Asia Based on AR6 Climate Projections Author: Fakour P. Climatology, Institute of geography and spatial management, Krakow, Poland | Decadal predictions for the European Energy Sector Author: Hutchins BW. Department of meteorology, University of reading, Reading, Uk |
| 10.20–10.40 | Offshore Wind Energy and Meteorology: Perspectives from an Offshore Wind Developer Author: Marchante M. Asset value engineering, Orsted, Fredericia, Denmark | High energy shortfall across 28 European countries during the winter: Investigation of the role of the Madden-Julian Oscillation and stratospheric polar vortex Author: Rouges E. Meteorology, University of reading, Reasing, United kingdom | Seasonal forecasts of summer extremes for the energy sector over France Author: Goutham N. Osiris, Edf r&d, Palaiseau, France |
| 10.40–11.10 | Coffee Break | ||
| 11.10–12.50 | Parallel Sessions | ||
| Sala Petrarca Room | Sala degli Scrovegni Room | Sala dei Giganti Room |
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| Weather and Climate Services for Energy Chair: TBC | Climate & Energy Modelling Chair: TBC | AI in Weather and Climate for Energy Chair: TBC |
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| 11.10–11.30 | The WMO National Renewable Energy Atlas for wind, solar and hydropower: a bottom-up approach Author: Petitta M. Mathematics and Physics Department, Roma Tre University, Roma, Italy | Assessing low wind, high demand seasons in Europe using a century of seasonal hindcasts Author: Wright M. Atmospheric, oceanic and planetary physics, University of oxford, Oxford, UK | Integrating Physics into ML Models of the Atmosphere in Support of Wind Energy Author: Haupt SE. Research applications laboratory, Nsf national center for atmospheric research, Boulder, United states |
| 11.30–11.50 | Statistically Downscaled Climate Projections for Solar Energy Applications: The National Climate Database (NCDB) Version 1 Author: Sengupta M. Power systems engineering center, National renewable energy laboratory, Golden, USA | Maps of long-term soiling losses in Europe considering the partial cleaning by rain Author: Ruiz donoso E. Institute of solar research, German aerospace center (dlr), Almerãa, Spain | Leveraging AI Emulators and Rare Event Algorithms to Sample Extreme Weather Events Impacting the Power System Author: Lancelin A. Geophysical sciences, Lmd/rte, Paris, France |
| 11.50–12.10 | Solar photovoltaic modelling and data in the new Pan-European Climate Database v4.2 Author: Amaro e silva R. Instituto dom luiz, Faculty of sciences, university of lisbon, Lisbon, Portugal | Meteorological Drivers of Co-Occurring Renewable Energy Droughts in Europe Author: Van duinen B. R&D weather and climate models, Royal netherlands meteorological institute, De bilt, Netherlands | Assessement of Kolmogorov-Arnold-Networks for Spatio-Temporal Renewable Energy Forecasting Author: Kariniotakis G. Persee, Mines paris psl, Sophia-antipolis, France |
| 12.10–12.30 | Enhanced Climate and Energy Indicators and related Operational Services and Applications Author: Lusito L. , Inside climate service, Padova, Italy | Accuracy of Climate Model-Derived Energy Datasets in Representing Renewable Energy Droughts Author: Poovadiyil S. Meteorology, University of Reading, Reading, United kingdom | Unraveling the sources of subseasonal predictability with machine learning Author: Kasmi Marza A. School of engineering and computer science, Bern university of applied sciences, Bern, Switzerland |
| 12.30–12.50 | Attributing Energy Shortage Drivers within Adequacy Assessment: Insights for Policy Author: Van harten N. Digital & data, Tennet tso, Arnhem, Netherlands | Increased onshore wake effects in France Author: Jourdier B. R&d, Rte, Paris, France | Multi time step ahead forecasting of global horizontal irradiance based on ensemble model and WRF-Solar Author: Naveen TK. Energy science and engineering, Indian institute of technology Delhi, New Delhi, India |
| 12.50 – 14.00 | Lunch | ||
| 14.00 – 15.40 | Plenary Session Sala dei Giganti Chair: TBC |
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| 15.40 – 16.10 | Coffee Break | ||
| 16.10 – 17:00 | Conclusions, Award Ceremony and Closing | ||
| Poster number | Poster Title | Author | Session |
| 1 | Vegetation prediction model for spatiotemporal distributions based on a double-layer random forest algorithm and its application in a photovoltaic power station | Jiang Y. Powerchina northwest engineering corporation limited, Powerchina northwest engineering corporation limited, Xi'an, China | 7. Environmental Impacts of Energy Systems |
| 2 | Thoughts on the Pathways for Realizing the Ecological Value of Wind and Solar Energy Development | Gao X. Plateau atmospheric physics, Northwest institute of eco-environment and resources,cas, Lanzhou, China | 7. Environmental Impacts of Energy Systems |
| 3 | TWINE: TWInning capability for the Natural Environment | Mendes J. Data science r&d, Met office, Exeter, Uk | 9. Policy, Cross-sectoral Issues, and the Energy-Water-Food Nexus |
| 4 | How can rewetted peatland contribute to energy supply? | Scholz Y. Energy systems analysis, Dlr, Stuttgart, Germany | 2. Sustainable Energy Transition and Climate Resilience |
| 5 | More summertime energy droughts in Germany with a larger solar power share | Ho-tran L. Technology, policy and management, Tu delft, Delft, Netherlands | 2. Sustainable Energy Transition and Climate Resilience |
| 6 | Strategic deployment of solar photovoltaics for achieving self-sufficiency in Europe throughout the energy transition | Rahdan P. Mechanical and production engineering, Aarhus university, Aarhus, Denmark | 2. Sustainable Energy Transition and Climate Resilience |
| 7 | Hydro-Quebecâ™s approaches to integrate climate change in energetic infrastructure: facing challenges and seizing opportunities | Martin JP. Environment, Hydro-quã©bec, Montrã©al, Canada | 2. Sustainable Energy Transition and Climate Resilience |
| 8 | Weather Driven Complementarity Between Daily Energy Demand at One Location and Renewable Supply at Another: Accounting for the Time Dimension | Fabry F. Atmospheric & oceanic sciences, Mcgill university, Montreal, Canada | 2. Sustainable Energy Transition and Climate Resilience |
| 9 | Can complex soil models and reanalysis data improve underground power cables thermal rating? | Petit MR. Cner, Rte, Paris, France | 2. Sustainable Energy Transition and Climate Resilience |
| 10 | Enhanced modelling of the hydropower generation in Spain | Pozo-vazquez D.. Physics, Univ. jaã©n, Jaã©n, Spain | 4. Energy Systems and Extreme Weather Risk Management |
| 11 | Energy Systems and Extreme Weather Risk Assessment: lessons from the ENGAGEMENT project | Lusito L. , Inside climate service, Padua, Italy | 4. Energy Systems and Extreme Weather Risk Management |
| 12 | Lightning risk at wind turbines over the Eastern Alps and its surroundings | Stucke I. Atmospheric and cryospheric sciences, University of innsbruck, Innsbruck, Austria | 4. Energy Systems and Extreme Weather Risk Management |
| 13 | Atmospheric Emissions and Solar Energy Forecasting: Linking BVOCs, Wind-Blown Dust, and Energy Trading Strategies | Liaskoni M. Meteorology, Alpiq energy se, Prague, Czechia | 4. Energy Systems and Extreme Weather Risk Management |
| 14 | Present-day compound hazards from winter storms in the United Kingdom | Gonzalez P. Is&c, Uk met office, Reading, United kingdom | 4. Energy Systems and Extreme Weather Risk Management |
| 15 | Coping with the Dunkelflaute: Power system implications of variable renewable energy droughts in Europe | Kittel M. Energy, transport, environment, Diw berlin, Berlin, Germany | 4. Energy Systems and Extreme Weather Risk Management |
| 16 | Valuation of social benefits of floods and flash floods adaptation in Northeast Italy | Franceschinis C. Tesaf, Univ padova, Padova, Italy | 4. Energy Systems and Extreme Weather Risk Management |
| 17 | Developing a strategic research collaboration between KNMI and TenneT TSO | Van duinen B. R&d weather and climate models, Royal netherlands meteorological institute (knmi), De bilt, Netherlands | 5. Weather and Climate Services for Energy |
| 18 | The Characteristics and Formation Mechanisms of Wind Energy Resources on the Tibetan Plateau | Zhu R. National climate center, China meteorological administration, Beijing, China | 5. Weather and Climate Services for Energy |
| 19 | Spatial resolved and localized uncertainty analysis of the irradiance product from the CAMS radiation service v4.6 | Lezaca J. Energy systems analysis, Dlr, Oldenburg, Gernamy | 5. Weather and Climate Services for Energy |
| 20 | Advancing Hydropower Climate Indicators for the Energy Sector: European and Global Insights from C3S-Energy | Aldrigo G. , Inside climate service, Padua, It | 5. Weather and Climate Services for Energy |
| 21 | Meteonorm Version 9.0 | Schmutz M. Energy & climate, Meteotest ag, Bern, Switzerland | 5. Weather and Climate Services for Energy |
| 22 | A data-driven approach for harnessing institutional knowledge to improve dataset utilisation | Mendes J. Data science r&d, Met office, Exeter, Uk | 5. Weather and Climate Services for Energy |
| 23 | Improving the National Solar Radiation Data Base using PSM v4 | Sengupta M. Power systems engineering center, National renewable energy laboratory, Golden, Usa | 5. Weather and Climate Services for Energy |
| 24 | Evaluating WRF Model Configurations for Dynamically Downscaling Climate Projections of Renewable Resources over CONUS | Sengupta M. Power systems engineering center, National renewable energy laboratory, Golden, Usa | 5. Weather and Climate Services for Energy |
| 25 | Assessing the reliability of satellite-based solar irradiance forecasts with North Atlantic Weather Regimes | Singh S. Laboratoire de mã©tã©orologie dynamique, Ecole polytechnique, Palaiseau, France | 5. Weather and Climate Services for Energy |
| 26 | Evaluation of AI-based meteorological models for wind energy production forecasts in France | El yazidi M. Osiris, Edf r&d, Palaiseau, France | 1. AI in Weather and Climate for Energy |
| 27 | A Hybrid Model for Enhanced Wind Speed Forecasting Using RWRF and LSTM Networks | Liu CH. Information management, National taiwan university, Taipei, Taiwan | 1. AI in Weather and Climate for Energy |
| 28 | Intraday solar energy forecast using deep learning models for satellite images processing: current methods and future directions | Chea N. Laboratoire de mã©tã©orologie dynamique, Ã?cole polytechnique, Palaiseau, France | 1. AI in Weather and Climate for Energy |
| 29 | How Good Are AIFS Forecasts, Really? A Model Performance Intercomparison Study | Alessandrini S. Ral, Ncar, Boulder, United states | 1. AI in Weather and Climate for Energy |
| 30 | Probabilistic solar radiation forecasting across Europe using deep learning | Meyer A. Energy and ai, Idas, Biel, Switzerland | 1. AI in Weather and Climate for Energy |
| 31 | Enhancing Wind Power Forecasting through Quality Control and Data Cleaning | Pierotti M. Weather services, Meteoblue ag, Basel, Switzerland | 3. Forecasting for Energy Planning and Operations |
| 32 | On the optimal selection of meteorological variables as input to machine learning models for forecasting solar irradiance | Boilley M. R&d, Calibsun, Valbonne, France | 3. Forecasting for Energy Planning and Operations |
| 33 | Cloud Classification for Short-Term Solar Irradiance Forecasting Using a Ground-Based Camera Network | Carriere T. Research and development, Calibsun, Valbonne, France | 3. Forecasting for Energy Planning and Operations |
| 34 | Total eclipses: a surprising impact on wind assets | Diallo M. Global market analysis, Engie, Bruxelles, Belgium | 3. Forecasting for Energy Planning and Operations |
| 35 | Effect of (un-)certainty of Euro-Atlantic weather regimes on applications in the energy sector | Hompes L. Institute for marine and atmospheric research, Utrecht university, Utrecht, Netherlands | 3. Forecasting for Energy Planning and Operations |
| 36 | Wind power forecasting - capabilities of an OEM-based approach | Letzel M. Site analytics & meteorology, Wobben Research & Development GmbH, Bremen, Germany | 3. Forecasting for Energy Planning and Operations |
| 37 | Opportunities for skillful long-term prediction of global wind-solar energy complementarity | Liu F. School of atmospheric sciences, Sun yat-sen university, Zhuhai, China | 3. Forecasting for Energy Planning and Operations |
| 38 | Resilient Offshore Wind Farm Planning: Integrating Climate Projections and Multi-Criteria Decision Analysis for Optimized Siting in the UK | Abdelaziz DR. Engineering science, University of oxford, Oxford, United kingdom | 6. Climate & Energy Modelling |
| 39 | FIRE DANGER CLIMATE PROJECTIONS FOR PLANNING A RESILIENT ENERGY SYSTEM IN ITALY | Trevisiol A. Sustainable development and energy sources, Rse spa, Milan, Italy | 6. Climate & Energy Modelling |
| 40 | A case study on the impact of using historical data versus future climate projection for energy system planning | Mostue IA. Technology systems, University of oslo, Kjeller, Norway | 6. Climate & Energy Modelling |
| 41 | Regional Photovoltaics 101: the devil is in the details | Amaro e silva R. Instituto dom luiz, Faculty of sciences, university of lisbon, Lisbon, Portugal | 6. Climate & Energy Modelling |
| 42 | PV tracking gain in the changing climate: global high-resolution assessment | Tuomiranta A. Onetech, Totalenergies, Palaiseau, France | 6. Climate & Energy Modelling |
| 43 | Evaluating the Spatial Variability of Solar Radiation across France: A Comprehensive Comparison of CAMS and ERA5 with In-Situ Pyranometric Data | Julien A. O.i.e., Mines paris psl, Valbonne, France | 6. Climate & Energy Modelling |
| 44 | Wind Power in Italy: A Future Outlook Based on Bias-Adjusted Climate Simulations | Elmaddah E. Science , technology and society, University school for advanced studies - iuss pavia, Pavia, Italy | 6. Climate & Energy Modelling |
| 45 | Evaluation of â™Dunkelflauteâ™ event detection methods considering grid operatorsâ™ needs | Cozian B. , Rte, Paris, France | 6. Climate & Energy Modelling |
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