Energy Model Transition (2500238) – Course 2025/26 PDF
Contents
Description and rationale of the different energy units Exercises on the conversion of energy units A refresher of the main concepts behind the first and second laws of Thermodynamics. Exercises on formulation and applications of the first and second lwa of thermodynamics
Specific Objectives
Become familiar with the utilization of different energy units in different disciplines and environments. Become familiar with the conversion and quantification methods of energy measurement. Understand and differentiate the different types of energy (mechanical, electrical, chemical, ...) and their formulations. There is no zero-cost work. Identification and utilization of the concepts of enthalpy and entropy in te context of energy measurement.
Dedication
10h Large group + 5h Medium group + 5h Laboratory classes + 30h Self StudyDescription of the current technologies in CCUS Identification and comparisom among different CCUS technologies Technologies and possibilities of solar energy Comparison and applications of different types of solar energy Windmills, wind energy production and distribution Exercises on the application of wind energy in energy transition Is nuclear green? How will its development affect current views on energy transtion? Will nuclear energy play a significant role in energy transition during the 21st century? State of the art of hydrogen production technologies and their application in decarbonization. How is hydrogen technology being cenceived and applied in different countries? Identification and study of other renewable energies
Specific Objectives
Become familiar with different approaches to CCUS and being able to assess theit potential application in energy transition Reading and in depth analysis of the state of the art on CCUS technologies Reading and exercises on the possibilities of photovoltaig and thermosolar technologies in energy transition. A discussion of the physical principles behing wind energy technologies Reading and analysis of the state of the art technologies in wind energy production and applications Update on physical principles and technologies of nuclear energy production. View of the potential roles of fission and fusion technologies. Reading and discussion on current views and developments of "green nuclear energy" Concepts of hydrogen production, storage and distribution Reading and comparative analysis on the applications of hydrogen technologies Know how to locate other renewable energies in the field of the energy transition and advise on their complementarity in the use of Iturra technologies.
Dedication
10h Large group + 5h Medium group + 5h Laboratory classes + 30h Self StudyFactors of energy transition at the local level Analysis of the integration of energy transtion concepts at the region and state level The European Green Deal focuses on 3 key principles for the clean energy transition, which will help reduce greenhouse gas emissions and enhance the quality of life of our citizens: ensuring a secure and affordable EU energy supply developing a fully integrated, interconnected and digitalised EU energy market prioritising energy efficiency, improving the energy performance of our buildings and developing a power sector based largely on renewable sources International interdependence and effects on global change Energy system models are crucial to plan energy transition pathways and understand their impacts. A vast range of energy system modelling tools is available, providing modelling practitioners, planners, and decision-makers with multiple alternatives to represent the energy system according to different technical and methodological considerations. To better understand this landscape, here we identify current trends in the field of energy system modelling. First, we survey previous review stu- dies, identifying their distinct focus areas and review methodologies. Second, we gather information about 54 energy system modelling tools directly from model developers and users. Unlike previous questionnaire-based studies solely focusing on technical descriptions, we include application aspects of the modelling tools, such as perceived policy-relevance, user accessibility, and model linkages. We find that, to assess the possible applications and to build a common understanding of the capa- bilities of these modelling tools, it is necessary to engage in dialogue with developers and users. We identify three main trends of increasing modelling of cross-sectoral synergies, growing focus on open access, and improved temporal detail to deal with planning future scenarios with high levels of variable renewable energy sources. However, key challenges remain in terms of representing high resolution energy demand in all sectors, understanding how tools are coupled together, openness and accessibility, and the level of engagement between tool developers and policy/decision-makers. Trends and tools in the modeling of the energy transition (II)
Specific Objectives
Reading for the identification and discussion of different factors constraining energy transition at the local level Reading and in-depth analysis of the main initiatives of energy transition approaches build interconnected energy systems and better integrated grids to support renewable energy sources promote innovative technologies and modern infrastructure boost energy efficiency and eco-design of products decarbonise the gas sector and promote smart integration across sectors empower consumers and help EU countries to tackle energy poverty promote EU energy standards and technologies at global level develop the full potential of Europe's offshore wind energy Reading and in-depth analysis of the potential effects of energy transition on a variety of global factors, including climate, biodiversity or migrations, among others
Dedication
10h Large group + 5h Medium group + 5h Laboratory classes + 30h Self Study