With the closure of the final six nuclear power plants, the commercial use of nuclear energy for electricity generation in Germany will come to an end in 2022. Due to the German power system's sufficient capacities-in 2020, the sector exported 20 terawatt hours (TWh), or about four percent of...

Due to ambitious climate change targets and other energy and industrial policy goals such as the nuclear phase-out, the energy transition in Germany is heading toward a completely renewable energy system. This Weekly Report is the first to describe scenarios for 100 percent renewable energy...

In mid-April 2023, the final three nuclear power plants in Germany will be taken offline permanently. At the same time, the energy crisis resulting from the Russian invasion of Ukraine has fueled calls for the construction of new nuclear reactors in Germany. A similar debate is taking place in...

Most climate and energy scenarios created by international organizations and researchers include a considerable expansion of nuclear energy. In the IPCC Sixth Assessment Report, for example, nuclear energy increases from a current 3,000 terawatt hours on average to over 6,000 terawatt hours in...

At just 4.4 percent, the contribution made by nuclear power to meeting the world’s primary energy requirements is marginal and on the decline. The current nuclear power fleet is outdated with around 200 plants due to be phased out over the next ten years compared to as few as 46 new nuclear...

This paper analyses the issues of regulatory reform in the energy industry of post- Soviet countries. We identify the characteristics of the transformation that these countries go through: it is the introduction of a) a new legal culture and b) a capitalist rationality of production in societies...