Headline: RIFS Blog

As governments across the world decarbonize their economies, the shift toward clean energy is highlighting new geopolitical tensions, supply chain vulnerabilities, and sustainability challenges associated with raw material extraction. With electrification as the main pathway to achieving decarbonization, one key technology—the battery—plays an outsize role in this shift. As the lithium-ion battery is currently the dominant technology for electric vehicles and stationary energy storage, exponential growth in critical mineral mining is required to meet demand. The International Energy Agency projects that the metals industry would need to build 50 new lithium mines, 60 nickel mines, and 17 cobalt mines by 2030 to meet global demand in line with national emissions-reduction pledges.

A survey by IASS researchers aims to find out more about the ongoing impact of the pandemic on stakeholder engagement in sustainability research.

Since January, Germany has held the presidency of the Group of 7 (G7). In line with its own national priorities, the German government announced ambitious climate policy goals for its G7 presidency. They included accelerating the global coal phase-out and enhancing sectoral decarbonization. The G7 presidency also introduced the concept of a G7-based climate club, which represents an opportunity to intensify transatlantic climate and energy relations.

Russia’s invasion of Ukraine has intensified European policymakers’ interest in developing energy trade relations with Canada, as the former is seeking to identify reliable partners to swiftly diversify its fossil fuel imports.

The BMBF-funded accompanying research project "Social Transformation and Policy Advice in Lusatia" at the IASS is coming to an end after almost four years. In seven theses, we spotlight some of the findings from our research in this stormy field.

Abundant energy resources in many parts of Africa position the continent as a potential location for the production and export of climate-friendly hydrogen, either based on renewable electricity (green hydrogen) or natural gas in combination with carbon capture and storage technologies (blue hydrogen). Green hydrogen is produced via electrolysis by splitting water molecules into their component parts using renewable electricity, while blue hydrogen is produced by splitting natural gas into hydrogen and CO2 – after which the CO2 needs to be captured and stored.

Looking at global energy transition processes, we were keen to find out how countries of the Global South fare in their energy transitions and what factors influence these developments. To find out, we did a deep dive into stakeholder-based scenario building and conducted country case studies in four different global regions. What considerations are important when constructing scenarios and what was the role of stakeholders in the process?

The EU's pending Batteries Regulation is an ambitious framework to impose strict sustainability standards on the technology most important to electrification. To secure access to the lucrative EU market, global battery manufacturers will need to clean up their supply chains. US policymakers should take heed.

Confronted with the illegal war of aggression launched by Russia against Ukraine, the German government is keen to reduce Germany’s dependence on energy imports from Russia as quickly as possible. Various technical solutions, along with a diversification of energy import sources, have dominated this debate. The possibility that consumers could change their energy consumption patterns has hardly been considered so far. Yet studies in behavioural science suggest that the savings that could be achieved in the near term are significant and could help to strengthen energy security.

The G7 Summit in June offers an opportunity to provide tangible funding commitments to developing countries in the fight against climate change. If offers fall short, the world faces the risk that rising global inequality will derail international climate efforts, writes Dr Rainer Quitzow.

The new German Government stated that it wants to “dare more progress” (“Mehr Fortschritt wagen”). But what does it mean for green tech in Germany? In short, the government wants to accelerate climate and digital innovations in particular and provide more support for start-ups that offer ‘future technologies’, thus creating positive prospects for the green tech scene in Germany.

Nigeria has one of the lowest net electricity generation per capita rates in the world with an estimated national electrification rate of 55% and rural electrification rate of only 39%. To achieve universal access to electricity by 2030, Nigeria will need to connect between 500,000 to 800,000 households per year, especially focused on the rural areas.

A brightly coloured dome stands out among the lights of Kigali: The convention centre shines in the Rwandan national colours of blue, yellow and green. For the Rwandan ambassador to Germany, Igor Cesar, its image symbolises progress and the spirit behind it: "When you fly over Kigali at night, you can see how far our electrification efforts have come. Rwanda is characterised by its will to advance technologically, but we don't want to lose our origins, our identity in the process." The architecture of the convention centre represents the Rwandan path between preservation and new beginnings: a modern building whose shape is reminiscent of a traditional hut.

How do you conduct a survey in a country you’ve never been to, where you don’t speak the language, and where household surveys are almost unheard of? Add to that, that the country has been on lockdown for a year and a half. Our answer: it’s all about the local partners!

The Covid-19 pandemic has imposed new challenges for the off-grid renewable energy sector and intensified existing ones. At the same time, it has also provided opportunities by highlighting the importance of electrification during crises and demonstrating the resilience of the sector.

"Cooperation needs to be fair, transparent, accountable, and with excellent coordination in order to succeed." This was the bold message shared by the speakers in the opening session of the DAAD TU Berlin Alumni Online Seminar, Energy Transition on Africa, an event organized by TU Berlin in cooperation with the African Center of Excellence in Energy for Sustainable Development (ACE-ESD) and hosted by the TU Berlin Alumni Program, together with HEDERA Sustainable Solutions and with the support of the Institute for Advanced Sustainability Studies e.V.