Headline: RIFS Blog

Falling prices for renewables such as wind and solar are prompting policymakers at the national and European levels to consider phasing out support mechanisms. In a new scientific study, we show that discontinuing these instruments could have negative effects on the growth of these renewables. We arrived at this conclusion with the aid of a model in which we have integrated empirical investor preferences for the first time.

The Nigerian government and German energy company Siemens AG signed the Nigerian Electrification Roadmap (NER) partnership, also known as the Presidential Power Initiative (PPI) in 2019. The Roadmap contains technical and commercial proposals for financing, implementing, and executing projects to revive the Nigerian power sector and manage Nigeria’s future electricity requirements.

The urgent need to forge a path towards a climate-neutral future is finally being acknowledged in Germany’s courts, parliaments, and business sector. With its ruling earlier this year on the Climate Protection Act, the Federal Constitutional Court has issued a landmark decision on climate justice.

We are happy to announce the adoption of the institute’s inaugural focal topic. Throughout 2022 we will undertake collaborative research activities, hold public events, and publish research exploring themes related to matters of social justice.

Some German political parties and economists suggest ending the Renewable Energy Sources Act (EEG) surcharge in the power bill and instead financing renewables through the carbon tax. While the recent carbon pricing debate has focused on equity and political feasibility, it has neglected the elephant in the room: how would this change affect Germany’s ability to meet the 2030 climate goals? Here, we show that this refinancing would put climate goals at risk. Purely market-based renewables are not yet viable, the change could therefore slow down their already sluggish deployment. We thus argue that the EEG remains the quintessential instrument for German climate policy in the coming decade.

In spring 2020, we asked ourselves: What effects are the Corona restrictions having on projects in energy and marine research that actively include interest groups (or stakeholders) in their research?

The Argentinean electricity sector remains concentrated in a few actors and is highly dependent on fossil fuels. We discuss in our blogpost the opportunities and barriers to supporting micro-scale renewable energy projects, which can directly benefit families and small businesses throughout the country.

What role do businesses and households play in smart and climate-neutral energy systems? Why does this pose challenges for energy modelling? Diana Süsser (IASS) and Andrzej Ceglarz (Renewables Grid Initiative) shed light on this in their article.

In late February 2021, Japanese trading company Mitsubishi Corporation decided to pull out of the Vinh Tan 3 coal-fired power plant project in Vietnam after facing considerable pressure from investors and activists over the company’s fossil fuel investments. This decision follows in the footsteps of HSBC’s withdrawal one year previously. Scheduled to go on-grid in 2024, the 2-gigawatt plant was expected to feature ultra-supercritical technology. This is the first time that Mitsubishi has pulled out of a coal development project. Work on Vinh Tan 3 will now continue under the aegis of China Southern Power Grid, which is also a major investor in the Vinh Tan 1 power plant. However, this outcome will not serve the interests of Vietnam in terms of job creation, air quality, and achieving climate targets.

On 20 January 2021, Joe Biden will be inaugurated as the 46th President of the USA. His election has boosted hopes for international efforts to protect the climate. But the recent riots in Washington DC underscore the fact that Biden will be taking the helm of a deeply divided nation – and climate protection promises to be a particularly thorny issue.

On the 7th of October, the European Parliament voted to adopt a more ambitious climate target to reduce EU emissions by 60% in 2030 compared to 1990, up from 40% currently. Policymaking and planning decisions towards this target are not straight forward, and it bears the question: How can we foster the societal and political acceptance needed to completely decarbonise our energy systems? While energy models can be used to study the pathways towards a decarbonised energy system, they largely neglect the social and political dimensions of the energy transition. To provide more realistic, relevant, and sustainable decision-advice, it’s time for energy modellers to integrate social concerns in their models.

Vietnam has recently incorporated a new section into its updated Nationally Determined Contribution (NDC) under the United Nations Framework Convention on Climate Change (UNFCCC) to emphasize the socio-economic co-benefits of climate action for the country.

The energy transition raises many questions about how to achieve and design net-zero emission energy systems. Energy models can support decision-makers by providing virtual laboratories in which different energy futures can be explored. But what are the requirements of different stakeholders on these energy models? Which challenges of the energy transition should they tackle? What questions should these models be able to answer? In order to identify needs and discuss the expectations placed on energy modelling in the framework of the project Sustainable Energy Transition Laboratory (SENTINEL), we conducted an online survey in summer and held an online expert workshop on the 1st of October.

Countries have responded differently to the large societal and economic impacts of the Covid-19 pandemic. While some view the crisis as a window of opportunity for new technologies and approaches to achieve climate neutrality, others will be tempted to reinforce their dependence on old technologies, leading to a carbon lock-in. Israel’s response as a start-up nation is promising, but further measures are needed to support a green transition.

How is the coronavirus crisis affecting the research and development of sustainable technologies? We spoke with the leaders of research projects funded under the CO2WIN programme.

The vital role of electrification in emergency response has become strikingly clear during the ongoing Covid-19 pandemic. Electricity is indispensable for the effective operation of healthcare facilities and the provision of health services, the timely diffusion of information, and undisrupted communications at a time when social isolation measures are in place. Access to electrification also makes it easier to carry out important household activities and follow essential hygiene recommendations. The pandemic has therefore served as a reminder of the vulnerability of the 860 million people who have no access to electricity, most of whom live in sub-Saharan Africa.