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DTSTART;TZID=Europe/Copenhagen:20260320T080000
DTEND;TZID=Europe/Copenhagen:20260320T170000
DTSTAMP:20260608T085655Z
CREATED:20260608T085619Z
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UID:3137-1773993600-1774026000@csei.eu
SUMMARY:From Dependency to Resilience: The Future of Energy Security
DESCRIPTION:In light of geopolitical uncertainty\, the ongoing energy transitions and growing need for a resilient infrastructure\, the CSEI workshop “From Dependency to Resilience: The Future of Energy Security” provides a forum for exchange across sectors and disciplines. \n\n\n\nThe event will bring together policymakers\, industry representatives and researchers to discuss how security of supply\, decarbonisation objectives and infrastructure resilience can be addressed in an integrated manner. Participants will include representatives from\, among others\, the European Commission\, NATO\, the European Union Institute for Security Studies (EUISS) and the European Initiative for Energy Security (EIES). \n\n\n\nOutline of the day: \n\n\n\nThe workshop will open with a keynote contribution by Robert Habeck who sets the scene and outlines the most important developments in the field of energy security and the energy transition. This will be followed by three thematic sessions focusing on geopolitical dependencies in energy supply\, aligning security of supply with the energy transition\, and the resilience of energy infrastructure. Each session will combine expert input with moderated discussion. In the afternoon\, interactive breakout groups will allow participants to exchange perspectives in smaller settings\, with rotating topics and group composition. The day will conclude with a plenary session summarising the main insights\, which will inform a subsequent publication capturing the workshop’s key findings.
URL:https://csei.eu/event/from-dependency-to-resilience-the-future-of-energy-security/
LOCATION:Copenhagen Business School\, Porcelænshaven 16A\, Frederiksberg\, 2000\, Denmark
CATEGORIES:Research Seminar
ATTACH;FMTTYPE=image/png:https://csei.eu/wp-content/uploads/2023/01/P032549000304-53115.png
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BEGIN:VEVENT
DTSTART;VALUE=DATE:20260615
DTEND;VALUE=DATE:20260620
DTSTAMP:20260520T163133Z
CREATED:20260105T143928Z
LAST-MODIFIED:20260520T163133Z
UID:2857-1781481600-1781913599@csei.eu
SUMMARY:NordNET PhD Summer School: Modeling Energy System Integration and Sustainable Transport
DESCRIPTION:NordNET is organising a summer school open to all interested PhD students on energy system modelling\, focusing on energy system integration and sustainable transport. The school targets PhD students who have a basic understanding of system modelling or wish for an intense introduction to it. During the course\, the students will work through the following theories and topics: \n\nSector integration in energy system models\nHeat modelling\nGreen gases\, electrolyser modelling\, gas networks and markets\nEnergy hubs\, conversion technologies\, and green fuels\nModelling transport and the characteristics of transport systems\nBatteries\, electric vehicles\, and charging infrastructure\nModelling and assessing market designs\, policies\, and regulations\n\nThe course will end with a field trip. Students are asked to hand in small exercise sheets at the end of each day and can receive a certificate equivalent to 5 ECTS. \nThe Teachers\n\nProf. Anne Neumann (NTNU)\nProf. Christian Breyer (LUT)\nProf. Dogan Keles (DTU)\nProf. Mattia Marinelli (DTU)\nProf. Mette Bjørndal (NHH)\nProf. Sonia Yeh (Chalmers)\nFabian Neumann & Bobby Xiong (TU Berlin)\nLisa Zeyen & Daniel Rüdt (Open Energy Transition)\nJens Weibezahn (CBS)\, Johannes Giehl (CBS)\, Lissy Langer (DTU)\n\nNote: the course is free of charge and includes accommodation (twin rooms\, single rooms possible for a surcharge) and meals. Travel to/from Trondheim must be paid by the student. \nApplication\nApply here for the PhD Autumn School by February 28\, 2026. Feedback to applications will be sent out by mid-March. \nSchedule\nDownload the full agenda here. \nMonday: Energy systems modeling across sectors \nTaught by Fabian Neumann and Bobby Xiong (TU Berlin) \n\n09:00-12:00 Building an energy system model with a focus on electricity\n12:00-13:30 Lunch\n13:30-16:30 Sector integration and data for energy system modeling\, focus: heat\n18:00 Dinner\n\nTuesday: Energy systems modeling across sectors & Energy Hubs \nMorning session by Lisa Zeyen and Daniel Rüdt (Open Energy Transition)\, afternoon session by Jens Weibezahn and Johannes Giehl (CBS) \n\n09:00-12:00 PyPSA – A hands-on application case\n12:00-13:20 Lunch\n13:30-16:30 Energy Hubs (conversion technologies\, sector integration\, green fuels\, etc.)\n18:00 Dinner\n\nWednesday: Industry & Excursion \nMorning session by Christian Breyer (LUT) \n\n09:00-12:00 Industry Transformation: energy-intensive segments\n12:00-13:00 Lunch\n13:00-16:30 Excursion to SINTEF\n18:00 Dinner\n\nThursday: Transportation \nMorning session by Sonia Yeh (Chalmers)\, afternoon session by Mattia Marinelli (DTU Wind) \n\n09:00-12:00 Transport: transport sector overview\, modeling characteristics of transport systems\n12:00-13:30 Lunch\n13:30-16:30 Transport: batteries\, EVs\, charging infrastructure\n18:00 Dinner\n\nFriday: Market Design \nMorning session by Mette Bjørndal (NHH)\, afternoon session by Dogan Keles (DTU Man) and Lissy Langer (DTU Wind) \n\n09:00-12:00 Market Design Modelling (modeling and assessing market designs\, policies\, and regulations)\n12:00-13:30 Lunch\n13:30-16:30 Market Design Modelling (modeling and assessing market designs\, policies\, and regulations)\n\nLecture Description\nEnergy System Modelling across Sectors\nThe first half of the day will focus on learning how to build an energy system model from scratch. Initially\, we will build a simplified electricity system planning model with different fundamental components of future power systems with high shares of variable wind and solar electricity supply\, including different types of time-varying and dispatchable generation and storage technologies like battery and hydrogen storage.\nIn the second half of the day\, we will expand the electricity-focused capacity expansion model with data from other sectors. This will cover demands from the transport\, heating\, and industry sectors\, as well as the modeling of the various technology options that couple the sector to the electricity system. We will learn how different power-to-X and demand-side management options work towards integrating renewable electricity.\nFor the examples and integrated exercises\, the open-source energy system modeling framework PyPSA (Python for Power System Analysis) will be used. \nEnergy Hubs\nThis lecture will provide details on the technologies and concepts necessary to include energy hubs\, the related conversion processes\, and interdependencies between the sectors into the larger model presented on the first day. We will discuss the characteristics of hydrogen and green fuel production and their relevance for system modeling. Further\, we will discuss processes in energy hubs and critical links that need to be included in system modeling to reflect the influential drivers of decarbonizing all sectors. \nIndustry Transformation\nEnergy-intensive industries\, such as steel\, aluminium\, cement\, chemicals\, and pulp & paper\, are considered as hard-to-abate\, hard-to-electrify\, and hard-to-transition. This lecture sketches transition options for the mentioned industries from their present and typically fossil fuel-based starting point to a defossilised operation to be reached by mid-century. The focus will be on a technical feasibility linked to economic viability aiming for sustainable solutions. Industries are regarded from a technical but also geospatial perspective. Defossilisation pathways are highlighted\, including transitioning to other energy carriers but also CO2 management where required. CO2 may be of fossil feedstock origin and may have to be sequestered with carbon capture and utilization opportunities in the case of sustainable or unavoidable CO2 sources. The industry transition discussion is also embedded in an energy-industry transition context with research results obtained by applying the leading energy-industry system modelling framework LUT Energy System Transition Model (LUT-ESTM) and the macro-economic demand projection tool LUT-DEMAND. \nTransportation Sector\nThis lecture has three parts: (1) Transport modeling: The basics – Part I will introduce transport modeling challenges associated with projecting transitions. We will start with basic\, standard modeling techniques: e.g.\, linear optimization\, stock turnover models\, etc\, that project technology based on exogenous demand. We will introduce how demands are projected and how decisions on technology adoptions are made. Then we will discuss the existing gaps and new challenges associated with modeling transformative changes using the traditional models. (2) Transport modeling: Consumer choice – Part II will introduce choice modeling and the methods of combining a choice model within a linear optimization model. (3) Transport modeling: Electrification and Big Data – Part III discusses the latest research on modeling the impacts of electrification of the transport sector on investments and operation decisions in the electricity system. The intention is to show how the modeling of the integration of the electric and transport sectors can be improved\, and shall not be considered as definitive findings. We will also (very) briefly introduce some of the latest research on using big data to understand the spatial and temporal patterns of transportation demand and modeling efforts. \nTransportation Technologies\nThe module focuses on e-mobility technologies and integration in the electrical grid. Electric vehicles (drivetrain and battery technologies\, onboard chargers\, and charging standards are discussed. Challenges and opportunities for grid integration of mobility assets are presented with examples considering charging capabilities\, grid characteristics\, user behavior\, and smart charging strategies. Examples from research projects and common discussions will conclude the module.\nLearning outcomes: Explain the fundamentals of EVs and chargers\, discuss grid integration challenges\, and perform power and energy calculations. \nMarket Design\nPart I of the lecture will introduce the interconnections between electricity\, gas\, and fuel market regulations and how to model these\, looking into the EU ETS and carbon markets with applications in carbon accounting and hydrogen regulations. Part II will introduce basic market design issues for electricity markets. We use Bob Wilson’s paper as a starting point and discuss integrated and decentralized market designs in electricity markets. \nMore information\nPlease contact enerforsk@cbs.dk if you have any further questions.
URL:https://csei.eu/event/nordnet-summer-school-2026/
LOCATION:Norwegian University of Science and Technology (NTNU)\, Trondheim\, Norway
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DTSTART;TZID=Europe/Copenhagen:20260911T083000
DTEND;TZID=Europe/Copenhagen:20260911T153000
DTSTAMP:20260718T121457Z
CREATED:20250925T132853Z
LAST-MODIFIED:20260718T121457Z
UID:2841-1789115400-1789140600@csei.eu
SUMMARY:5th Sustainable Energy Day (SustainED)
DESCRIPTION:« All Events\n \n\n	5th Sustainable Energy Day (SustainED)\n			September 11\n	  @\n08:30\n	  –\n15:30 \n\nFree \n\nAre we solving today’s emissions—or betting on future solutions?\nCan CCS scale in Europe—and who makes it happen?\nWhat is the biggest bottleneck today: capture\, transport\, or storage?\n\nTo discuss this with experts from research\, policymaking\, and the energy industry join us at the 5th Sustainable Energy Day \n “Catch me if you can:The Carbon Chase – Capture\, Use & Storage?” \norganized by NordNET and CSEI – free of charge and open-for-all. \nSustainED has the vision to connect research\, policymakers\, and industry. Participants will therefore be from all three domains and include students from CBS and DTU. \nThe conference will take place at the CBS campus (Råvarebygning Auditorium 20\, Porcelænshaven 22\, 2000 Frederiksberg). Coffee\, tea\, snacks\, and lunch will be provided. All food served will be vegetarian. For any questions\, please email us at enerforsk@cbs.dk. \nSustainED is supported with funds from Nordic Energy Research. \n					\n									Register\n					 \nProgram\n\n\n\nFrom 8.30\nCoffee\, Tea\, and Fruit\n\n\n09.00 – 09.15\nWelcome\n\n\n \n \n\n\n09.15 – 09.45\nKeynote\n\n\n \n\n\nBurçin Temel McKenna (Ramboll):The CCUS bottleneck has shifted from technology to market design\n\n\n\n\n09.45 – 10.45\nSession 1: Building the Carbon System\n\n\n \n\n\nChristian Breyer (LUT University):CO2 management: From waste to raw material to planetary climate control\nJasmin Sharzad (Danish Ministry of Climate\, Energy and Utilities):The Regulatory and Policy Perspective\n\n\n\n\n10.45 – 11.00\nVitamin Break\n\n\n11.00 – 12.30\nSession 2: Storing Carbon – Safety\, Scalability\, Acceptance\n\n\n \n\n\nThomas Ollendorff (CarbonCuts):How do we commercialize and scale storage projects?\nLasse Læbo Mathiesen (CSEI\, CBS):Deep Storage\, Deeper Doubts: The Social Side of CCS\nCathrine Ringstad (Bellona):Responsible carbon storage\n\n\n\n\n12.30 – 13.30\n Lunch & Discussion\n\n\n13.30 – 15.00\nSession 3: Using Carbon – Sustainability of the Solution Industry\n\n\n \n\n\nMikkel Hansen (decarbonICE):Moving Carbon: How Smarter Transport Unlocks Scalable CCUS\nFrancesca Di Bartolomeo (SINTEF Industry):Sustainable CO2 conversion to high-value lipids and proteins for feed and food applications\nTBA (European Energy):User perspective (title pending)\n\n\n\n\n15.00 – 15.30\nPanel Discussion\n\n\n \nwith the speakers moderated by Lissy Langer (DTU Wind)\n\n\n\nSpeakers\n\nBurçin Temel McKenna (Ramboll)\nBurçin Temel McKenna is the Global Head of Carbon Capture Competency Center at Ramboll. She has 20 years of industrial experience with her past leadership roles in sectors such as chemicals\, mining and cement from Topsoe and FLSmidth where these sectors are characterized as hard-to-abate and in need of carbon capture. At Ramboll\, she is responsible for commercial and technical leadership and management of the Competence Center. Center’s business offerings are as due diligence\, concept\, feasibility\, Pre-FEED\, FEED\, and Owners Engineer studies of the CCUS value chain as well as EPCM and system integration projects. Burcin holds executive MBA from Copenhagen Business School and a PhD from UC Santa Barbara followed by a post-doc at Berkeley. She also serves as a board member at EIT Raw Materials where she is involved in EU-level transaction evaluation and public-private partnership structures in the sustainable mining space. \n\nChristian Breyer (LUT University)\nChristian Breyer is Professor for Solar Economy at LUT University\, Finland. His major expertise is the integrated research of technological and economic characteristics of renewable energy systems specialising in energy system modeling for 100% renewable energy\, on a local but also global scale. Publications cover integrated sector analyses with power\, heat\, transport\, desalination\, industry\, and negative CO2 emissions. The Power-to-X Economy comprises most of his research and 1.0⁰C pathways are increasingly investigated in addition to the 1.5⁰C standard. \n\nJasmin Sharzad (Danish Ministry of Climate\, Energy and Utilities)\nJasmin Sharzad is Deputy Head of Division at the research and subsurface section within the Danish Ministry of Climate\, Energy and Utilities. Her section is in charge of the Danish CCS regulation\, supporting political decisions and creating the framework for the Danish CCS subsidy schemes. She holds a MSc in international business and politics. \n\nThomas Ollendorff (CarbonCuts)\nThomas is Head of Commercial and Finance and is part of the management team. Thomas is an experienced leader with a long career in the Danish energy industry. For many years\, he has been involved in the development of the Nordic natural gas market and has led complex commercial negotiations as well as a number of M&A processes. In addition\, Thomas has worked on the development of the biogas market in Denmark as well as the early establishment of hydrogen production in the Nordics. Thomas has a master’s degree in economics from the University of Copenhagen. \n\nLasse Læbo Mathiesen (CSEI\, CBS)\nLasse is postdoc at CSEI and Department of Geosciences and Natural Resource Managemen working on social topic in infrastructure. His focus is primarily on the use of Environmental economics tools to understand acceptance and trust in infrastructure development. As part of the project on Public acceptance of carbon capture utilisation and storage (PaoCCUS) funded by INNO-CCS he has worked on understanding both local and national acceptance of CCS and how information can “help” shape public opinion. \n\nCathrine Ringstad (Bellona)\nCathrine Ringstad is Senior advisor CCS at the Bellona Foundation. She holds a master’s degree in physics and a PhD in rock mechanics from the Norwegian University of Science and Technology (NTNU). Cathrine has extensive research and industry experience within geophysics and rock mechanics\, and long proven skills in management and dissemination of multidisciplinary projects. She has been involved in CCS activities for ten years with focus on CO2 storage and the CCS value chain. At Bellona\, Cathrine is working with CCS legislation and policy frameworks in Norway and the EU. This includes standardisation where she is the convenor for TC 474/WG4 on geological storage for the European standardisation body CEN. \n\nMikkel Hansen (decarbonICE)\nMikkel Navarro Hansen is COO and Co-founder of DecarbonICE\, where he leads the development of innovative CO₂ transport solutions that enable scalable carbon capture and storage. With more than 30 years of experience spanning maritime operations\, shipping\, logistics\, innovation and executive leadership\, Mikkel combines practical industry expertise with strategic business development. Prior to founding DecarbonICE\, he served as CEO of Maritime & Logistics Innovation Denmark (MDC)\, held senior leadership roles within the Maersk Group and Nordic Tankers\, and was Head of Marine HR at Ultranav. Mikkel is a Master Mariner from SIMAC and holds an MBA in Shipping and Logistics from Copenhagen Business School. \n\nFrancesca Di Bartolomeo (SINTEF Industry)\nFrancesca Di Bartolomeo is a Senior Research Scientist at SINTEF Industry\, specialising in industrial biotechnology\, fermentation\, microbial cell biology and circular bio-based processes. She holds a PhD in yeast cell biology from TU Graz (Austria) and completed postdoctoral research in systems and synthetic biology at Chalmers University (Sweden). Since 2019\, she has coordinated\, managed or contributed to leadership roles in more than 20 EU and national R&D projects\, building a portfolio of approximately 190 million NOK. Her work focuses on CO2 utilisation\, sustainable food and feed\, microbial protein and lipid production\, bio-based materials and circular bioeconomy solutions. She has authored over 20 peer-reviewed publications and contributes actively to scientific dissemination\, industry collaboration and project development. She has also held research-management responsibilities at SINTEF\, leading multidisciplinary teams and supporting collaboration across research organisations\, universities\, SMEs and large industrial partners. \nTBA (European Energy)\n\n	\n	Add to calendar	\n		\n	\n \n\n\n	Google Calendar\n\n\n	iCalendar\n\n\n	Outlook 365\n\n\n	Outlook Live\n\n\n  \n\nENERforsk is a network to connect energy researchers in Denmark (and neighboring countries). ENERforsk is supported by Copenhagen School of Energy Infrastructure\, DTU Management – Energy Economics and System Analysis\, and DTU Wind – Society\, Market and Policy and receives funding from Copenhagen Business School. \n\n\n\n\n				NordNET PhD Summer School: Modeling Energy System Integration and Sustainable Transport	\n\n\n\n\n	« All Events
URL:https://csei.eu/event/sustained-2026/
CATEGORIES:Conference
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