The importance of electrolysers for energy transition research is steadily increasing these days. But can electrolysis products compete with fossil fuels in practice? This question is the subject of a brief analysis conducted by Energy Brainpool on behalf of Greenpeace Energy eG.
New nuclear power plants with a total capacity of 15.6 GW are planned in Poland, Slovakia, the Czech Republic and Hungary (Visegrád Group “V4”). The purpose has been to ensure security of supply while remaining highly energy-independent from fossil imports. In a study commissioned by Greenpeace Energy eG, Energy Brainpool examines the energy economic perspective and comes to the following conclusion.
In a short study Energy Brainpool has evaluated the decommissioning of coal capacities on behalf of Greenpeace e.V. In order to achieve the 2020 climate targets, additional brown and hard coal capacities will have to be decommissioned. Read in this article how these shutdowns affect the security of supply and possible emission and electricity quotas for coal-fired power plants.
On behalf of Greenpeace e.V., Energy Brainpool, outlined a coal phase-out in Germany with focus on achieving the climate goals and yet ensuring supply security. In order to reduce the transition costs it is necessary to drastically increase the implementation of cost-effective technologies on the market such as PV and wind. On the contrary, security of market supply needs to be ensured by building new gas power plants and installing cross-border capacities as well as flexibility options.
On behalf of Agora Energiewende and the China National Renewable Energy Centre (CNREC), Energy Brainpool investigated the Chinese power supply. It became clear that the power system is in a significant transition. The increasing regenerative supply is followed by stagnating CO2 emissions since 2013.
Energy Brainpool has examined the issue of a long-lasting cold dark doldrums by comparing different modelled weather years in a new study. For this purpose, the study looks at the influence of the weather of 2006 to 2016 on the current electricity system.