SEI ’s Post

Energy transition through better communication? 🗣️🤔 This could be the key to success! 🔑 I worked on this topic from Mai 2022 to March 2024 in the research project “Municipal energy transition supporting environmental communication” together with the team from the Institut für Nachhaltige Energiesysteme at Munich University of Applied Sciences. Together with my colleagues Herbert Palm, Nicole Brandstetter and Natallia Raith, we developed a concept that involves citizens more closely in the energy transition process at municipal level. After all, in order to drive the energy transition forward, the population must be involved. The projects concept assigns role profiles to the local population based on factors such as personal expertise, interests or lifestyle. Suitable communication formats (information events, live events, etc.) are then created on the basis of these commonalities. The aim is to bring people together at eye level in target group-oriented discussions. 🤝 The project thus opens up a universal concept for municipalities to integrate their citizens more into municipal debates and win them over to the energy transition. The results of our work have now also been published in the Journal of Environmental Studies and Sciences.  ➡ https://lnkd.in/dyCQzfw2

✨ We are pleased to share our publication “Building the Bridge: How System Dynamics Models Operationalise Energy Transitions and Contribute towards Creating an Energy Policy Toolbox” – which was undertaken within my earlier role as research associate at the ZHAW (Institute of Sustainable Development). In our paper, we evaluate five selected system dynamics (SD) energy models on how they represent key socio-technical transition features. 💡 Our results demonstrate that the evaluated system dynamics models incorporate important core characteristics of socio-technical transitions, suggesting that they could be helpful to investigate energy transitions. 💡 In light of the increasing emergence of energy (transition) models, we recommend to systematically map models and their tested policy interventions into the Multi-Level-Perspective framework or other sustainability transition frameworks, creating an overview of tested policies (a “policy navigator”). This navigator could support policy makers and modellers alike, facilitating them to find previously tested policy options and related models for particular policy objectives. Thanks to my co-authors Silvia Ulli-Beer, Merla Kubli, Roberto Pasqualino and Lawrence Gottschamer! You can access the publication with this link: https://lnkd.in/eZyauXSb   We are looking forward to comments and feedback to our article.   #systemdynamics #sociotechnicaltransitions #sustainabilitytransitions #energytransition

15/8/2024 I would like to share that a new editorial paper in the topic "Advancements and future directions in process design for sustainable energy systems" has been published in frontiers in energy research (IF 2.6). #energy #sustainable #engineering

🔆 Renewable Energy Specialization 🔆 As we stand at the precipice of a new era, the importance of renewable energy has never been more evident. It is with this understanding that I have chosen to immerse myself in the Renewable Energy Specialization offered by the University of Colorado Boulder, a beacon of knowledge and innovation. This one-month specialization, comprising four comprehensive courses, is a testament to the university’s commitment to providing world-class education. The course material, curated by the distinguished professors Stephen R. Lawrence and Paul Komor, is nothing short of a breathtaking journey through the intricacies of renewable energy. The future of our planet hinges on our ability to harness renewable energy. Without it, we risk depleting our natural resources and causing irreversible damage to our environment. This specialization is not just an academic pursuit, but a step towards safeguarding our future. The knowledge and skills I am acquiring will empower me to contribute to the green technology revolution. I am excited to share my journey and insights with you all. Let’s power a sustainable future. #renewableenergy #Sustainability #learning #UniversityOfColoradoBoulder #specialization

Improving energy efficiency, adopting renewable energy, and reducing carbon emissions are strategies college and university leaders are using to decarbonize their campuses. Discover how #highereducation is shaping a sustainable future and fostering student engagement in this on-demand University Business Ed Talk with Trane's Michael Hines: https://ow.ly/PWyV50RYMkX

How the Green Energy Switch Will Affect Engineers' Jobs The shift away from fossil fuels will change manufacturing industries Summary: The green energy shift is reshaping employment, especially for engineers and those in industries linked to fossil fuels, such as automotive, steel, and mining sectors. Research by Christopher Knittel and Kailin Graham, published in PNAS on February 5, highlights the potential job risks from the move to renewable energy, pointing out the wider impact on workers beyond just the fossil fuel industry. Knittel, a professor at MIT Sloan, stresses the need for a smooth transition for various jobs, including engineering roles needing to adopt less carbon-intensive manufacturing processes. The study reveals that legislation like the Inflation Reduction Act may overlook sectors affected by the renewable energy shift, potentially missing some workers and communities. Their methodology evaluates job vulnerability across U.S. counties to the green energy shift, calculating an "employment carbon footprint" to reflect each county's fossil fuel use per employee. This includes both direct and indirect consumption, like electricity for manufacturing, measured in metric tons of CO2. The research indicates manufacturing's heavy energy reliance and the challenges in transitioning to green energy. While some engineers might easily transition to other sectors, those in fossil fuel projects may need retraining for renewable energy roles. The MIT Center for Energy and Environmental Policy Research's digital map visualizes these employment impacts. Patrick Penfield, a professor at Syracuse University, notes the slow shift of American manufacturers to green energy, suggesting government action or financial incentives might be needed. He emphasizes that worker displacement from industry changes is a global issue, not just in the U.S., requiring attention as the energy landscape evolves. As the push for renewable energy continues, engineers and workers in carbon-intensive fields face a crucial adaptation period. The effort to prevent job losses and prepare the workforce for new energy realities is a key challenge in the global transition to renewable energy. #GreenEnergyTransition #EngineeringImpact #RenewableEnergyJobs #SustainabilityShift #EnergyPolicy #ManufacturingChallenges #WorkforceDevelopment #GlobalEnergyTransition

“Aligning the Energy Transition with the Sustainable Development Goals: Key Insights from Energy System Modelling” -by Maryse Labriet, Kari Espegren, George Giannakidis & Brian Ó Gallachóir This open-access book sheds light on how energy system models can be used to inform strategies for achieving the UN Sustainable Development Goals (SDGs) related to energy and climate change. The editors, a team of energy experts from around the world, bring together analyses from various regions to illustrate the intricate connections between energy security, economic growth, and sustainable development. The book delves into: How to improve and utilize energy systems models to address complex policy questions. Pathways to achieve net-zero emissions. Enhancing energy security. Optimizing investments in renewable energy. The societal implications of the energy transition. Key takeaways for policymakers: Energy system models are a valuable tool for designing policies that achieve SDG goals while considering economic and social factors. Key Strengths of the Book Global Perspective: By bringing together case studies from diverse regions, the book provides a global perspective on the challenges and opportunities of energy transitions. Model-Centric Approach: The focus on energy system modeling offers a quantitative and systematic approach to understanding complex energy systems. Policy Relevance: The book effectively demonstrates how modeling can inform policy decisions and support the implementation of sustainable energy strategies. Interdisciplinary Collaboration: The contributions of experts from various fields, including energy engineering, economics, and policy, enrich the book's analysis. The book provides insights on how to balance energy security concerns with the transition to renewable energy sources. Overall, this book is a valuable resource for policymakers, energy professionals, and anyone interested in understanding the complexities of the energy transition and its role in achieving a sustainable future. Let me know in the comments what you think about the role of energy system models in guiding the energy transition! For further information and details kindly go through the pdf I have attached with the post #sustainability #climatechange #netzero #energy #energytransition #zeroemissions #technology #policy #un #SDGs

🔍 Understanding Consumer Behaviour for Better Energy Policy Design As Europe navigates through challenging winter months, the focus on saving energy has never been more critical. The key to quick and effective reductions in energy demand lies in understanding and influencing consumer behaviour. I am pleased to share the results of eight EU-funded projects that are at the forefront of research on energy efficiency and consumer behaviour, including our recently concluded project WHY: Climbing the Causality Ladder to Understand and Project the Energy Demand of the Residential Sector. This CORDIS Results Pack presents pioneering, bottom-up research that not only deepens our understanding of how people use energy, but also contributes to designing and implementing more effective energy policies. These projects highlight the importance of behavioural science in creating sustainable solutions and ensuring energy security for all. Let's explore how this knowledge can drive change and foster a more energy-efficient future. #CORDIS #EnergyEfficiency #Sustainability #BehavioralScience #EUProjects #EnergyPolicy #WinterReadiness

Faced with the existential threat of climate change, the world is in the midst of a vital, fast-moving transition to an energy system based on renewable sources rather than fossil fuels. At the University of Massachusetts Amherst, researchers in disparate academic fields are working to solve both technical and social problems associated with the energy transition. Through a program known as ELEVATE: Elevating Equity Values in the Transition of the Energy System, associated with the university's Energy Transition Institute, a cohort of graduate students is contributing to these efforts, engaging local communities, and receiving valuable training for their future careers. "One of the big focuses of the program is how we can make sure that, as we’re transitioning to green energy, the benefits of the transition are being equitably distributed, as are the costs, so we’re not continuing to exacerbate historical wrongs," says program coordinator Zoe Getman-Pickering. Learn more about how ELEVATE is pursuing equity in the energy transition, and meet graduate students conducting impactful research through the program. https://bit.ly/4c024jI #UMassAmherst #UMassAmherstResearch #EnergyTransition #RenewableEnergy #ClimateChange #Equity

🌍The Time to Address the Green Skills Shortage is Now🌍 The rapid deployment of clean energy projects is being delayed due to a significant skills shortage in the energy sector. This is why we founded Megawatt—to inspire the next generation to lead the charge towards a sustainable future. At Megawatt, we’re committed to making energy education engaging and impactful. We help students understand the issues and encourage them to choose careers that transform how we produce, transmit and use energy. But we can’t do it alone. If you’re a business or organization passionate about the future of energy and ready to make a difference, let’s partner up. Together, we can bring this vital education to more schools and create a brighter future. 📩 Interested in collaborating? Reach out to any of us and let’s make change happen. https://lnkd.in/eR-kn3X5 #EnergySustainability #NetZero #EducationForChange #Megawatt #SustainableEnergy #CSR #ClimateAction #RenewableEnergy #Sustainability #GreenEnergy #SustainableDevelopment #EnvironmentalEducation #Skillsshortage