Carbon Removal . Climate Change . Energy Supply . Storage
From the SCCER to SWEET – Past, present and future of energy research at ETH Zurich
On 14.10.2021 by Gianfranco Guidati, Christian SchaffnerAfter the Fukushima disaster, the Swiss Federation decided to boost energy research in support of the Energy Strategy 2050. Its primary goal was to replace nuclear electricity generation with renewables while maintaining a secure and affordable energy supply. This research was organized by Innosuisse within the eight Swiss Competence Centers for Energy Research (SCCER), which came to an end in 2020. Insights from the SCCER have formed the basis for intensified research in the field of energy from 2021 onwards. The new research programme SWiss Energy research for the Energy Transition (SWEET) launched by the Swiss Federal Office of Energy, will take on the challenging and exciting task of carrying forward this research as Switzerland works toward net-zero greenhouse gas (GHG) emissions by 2050. While the SCCERs focused on specific aspects of the energy transition (e.g. grids, heat, supply of electricity), the focus of the SWEET programme is on integrating all these aspects with a holistic and systemic approach.
Climate Change . Consumer Behavior . Economics & Policy . Electricity . Energy Supply . Smart Energy . Society . Transportation
When computational models can evaluate the impact of policies objectively, why are they rarely used in public policymaking?
On 14.12.2020 by Marius SchwarzWhat should the future Swiss energy system look like? How can nuclear power be replaced? Will we have enough electricity on days where no sun is shining, no wind is blowing, and heating demand is high? Without clear answers, the discussion on the future Swiss energy system becomes bipartisan and emotional. Computational models can provide answers, facilitating a discussion less driven by subjective impressions but rather by profound technical analysis.
Consumer Behavior . Electricity . Energy Supply . Smart Energy
Jointly owned PV should be the new solar ownership model / Gemeinschaftliches Eigentum: der neue Ansatz für Photovoltaikanlagen in der Nachbarschaft
On 26.06.2020 by Danielle GriegoAs societies transition from using predominantly centralized energy supply sources to increasing dependency on distributed renewable energy generation, it is no longer enough to singularly focus on energy efficiency. In particular, the time sensitivity of electricity generated from solar and wind must also become an integral part of future electric consumption behavior patterns. In this article, I outline how joint ownership of community-scale PV systems have vast potential to establish long-term and intelligent electricity consumption behavior patterns among co-owners.
Climate Change . Energy Supply
Coal phase-out: Conflictive but unavoidable
On 12.06.2020 by jmarkard@ethz.chPhasing-out carbon-intensive technologies and business models is a key element for deep decarbonization. Coal is a prime candidate for phase-out and we cannot waste any time. However, every industry decline creates conflicts. Overcoming these conflicts is the key to success.
Climate Change . Electricity . Energy Supply . Society
The long way ahead for the energy transition
On 22.04.2020 by Viktoras KulionisConcerns about the consequences of excessive global warming have increased interest in the energy transition. General belief is that the energy transition has been the dominant factor of the increased use of renewable energy. However, only few countries/regions show evidence of an actual energy transition. At the global level, its relevance is short of non-existent when you do the math.
Electricity . Energy Supply . Society
Electrifying Rwanda: Why mini-grid companies have lost the game
On 07.04.2020 by Churchill Omondi AgutuRwanda’s goal to reach 100% electrification by 2024 relies heavily on off-grid electricity systems, like solar home systems and mini-grids. Based on my recent field research, this will be a tall order for burgeoning solar home system and, especially, mini-grid companies, who face a number of challenges to scale.
Electricity . Energy Supply
Switzerland’s strategy will not deliver the solar power it needs. Here’s why. / Die Strategie des Bundesrats wird die benötige Solarenergie nicht liefern. Die Gründe warum.
On 17.02.2020 by Léonore HälgThe Swiss federal council proposes to support large-scale solar PV with competitive auctions for one-off investment grants. This will not scale up solar PV investment to the extent necessary to reach the Swiss climate and energy targets. I offer suggestions on how to improve the proposal.
Buildings . Electricity . Energy Supply
Photovoltaics on Buildings – Ugly and Expensive or an Opportunity for Creative Design?
On 01.02.2020 by Linus WalkerThe integration of solar energy technologies in buildings has been available for several decades. However, many buildings are still built without any PV or solar thermal collectors, which in my opinion is an intolerable situation.
Electricity . Energy Supply
Understanding the Scale of Back-up Generation in the Developing World
On 06.11.2019 by Yael BorofskyThanks to unreliable electricity grids, fossil-fuel powered generators in low- and middle-income countries constitute as much generation capacity as up to 1,000 coal-fired plants, finds a new report from the IFC and the Schatz Energy Research Center. That sounds bad for the climate and public health, but generators also help people stay out of poverty…