ESC News

Eine klimafreundliche Zukunft in den Themengebieten Energie und Mobilität gemeinsam angehen, sich zu bestehende Entwicklungen, Herausforderungen und Erkenntnissen mit Akteuren aus Wissenschaft, Wirtschaft und Gesellschaft kurzschliessen sowie praxisnahe Lösungsansätze erarbeiten: Diese zahlreichen Aktivitäten werden nun in dem neu gegründete Reallabor Sisslerfeld gebündelt.

After a week of interactive keynotes, torrential rain, case study analysis, thunderstorms, and captivating poster presentations, the 2023 Summer School on Energy Technology, Policy, and Politics has officially come to a close.  

Jonas Savelsberg joined the Energy Science Center as a senior project manager for Nexus-e in August 2023.

Matthieu Boubat joined the Energy Science Center (ESC) in July 2023 as a scientific assistant. He is working on scenario developments for various projects at ESC and collaborating toward making the Nexus-e platform open source.

Upon application of ETH President Joël Mesot, the ETH Board promoted three ETH professors who are also members of the Energy Science Center.

You are probably aware that your daily commute contributes to climate change. But just how much? In the latest post on the Energy Blog @ ETH Zurich, the authors offer a detailed look at the carbon footprint of various transport modes, from bicycles and scooters to cars and public transit. Learn how everyday choices can significantly affect your impact on the environment and discover more sustainable options for urban mobility.  

Auctions for renewable energy support have become the standard way to give out subsidies to solar energy projects and other renewables in Europe. In an auction, investors usually compete to receive the subsidy based on their offered support price, where the bidders with the lowest offered prices win. The Swiss government has started using auctions to award investment subsidies to larger PV projects. Are the auctions designed well and fit for purpose? How have the auctions performed until now?

Navigating the complexities of bioenergy, its potential for carbon neutrality, and its conflicts with land, food, and feed resources is a pressing issue. What if we could circumvent these issues and focus solely on land-free bioenergy, similar to growing mushrooms on waste coffee grounds for a delicious dish? Waste and byproducts can generate valuable bioenergy, playing strategic roles in a future sustainable energy system.

ETH Zurich and EPFL want to work with partners from politics, science and industry to push innovative storage and transport solutions for renewable energy carriers. The overall goal is to create a climate-​neutral and flexible energy system for Switzerland. Around 20 partners and industrial companies have already voiced their interest in a collaboration.

Gabriela Hug and Christian Schaffner argue that securing an affordable energy supply from renewable sources is not a utopian ideal for Switzerland, but rather a practical and feasible necessity.

Every time we calculate the environmental impacts of an electric vehicle, we use data from the lithium carbonate production at the Salar de Atacama in Chile. To meet soaring lithium demand, other, more polluting mining pathways are emerging. However, poor data availability is preventing proper accounting, leading to underestimated environmental damages. What we need are more transparent supply chains for a low-carbon society.