威力彩玩法

News
05 Aug 2020, 14:30
Alex Dziadosz

EU emissions trading rules pose hurdle to Germany's hydrogen plans, report says

Handelsblatt

Despite the much-anticipated release of its National Hydrogen Strategy this summer, uncertainty still surrounds Germany鈥檚 green hydrogen plans, making the path forward unclear despite the government鈥檚 major ambitions in the sector, . The report quotes a response from the federal government to questions from the Greens parliamentary group regarding measures and processes in its Carbon Contracts for Differences (CCfDs) pilot programme and other procedures. CCfDs allow governments to reward climate-friendly projects by guaranteeing investors a fixed price for CO2 emissions in excess of prices in theEU emissions trading system (EU ETS). They are seen as an important tool to reduce industry CO2 emissions while giving creditors higher security for loans. CCfDs are particularly important for energy-intensive industries such as steel and chemicals, which face heavy pressure to meet climate targets, but which cannot economically use green hydrogen at its current costs. But the government鈥檚 response said that 鈥渘o detailed information on the specifically eligible measures and processes could be made yet鈥, the report states.

Green hydrogen, made with water and renewable power, is being increasingly seen as a silver bullet technology to clean up CO2-intensive sectors with suborn emissions. Germany has set out to become a global leader in the associated technologies, penning a National Hydrogen Strategy. High costs have so far stood in the way of a global deployment, however.聽

All texts created by the 威力彩玩法 are available under a . They can be copied, shared and made publicly accessible by users so long as they give appropriate credit, provide a link to the license, and indicate if changes were made.
« previous news next news »

Ask 威力彩玩法

Researching a story? Drop 威力彩玩法 a line or give us a call for background material and contacts.

Get support

+49 30 62858 497

Journalism for the energy transition

Get our Newsletter
Join our Network
Find an interviewee