- Electromobility in the Western Balkans: Bosnia and Herzegovina Confronts Policy and Infrastructure Gaps
- Engie to Build 80-MW Battery in Belgium, Expanding National Storage Capacity to 400 MW
- HyNet Hydrogen Project Withdraws Cheshire Gas Pipeline Plans Amid Routing Concerns
- Denmark Exports Green Hydrogen for the First Time with HySynergy Plant
Browsing: Hydrogen
EnBW (Energie Baden-Württemberg AG) has taken a definitive step by investing €1.6 billion in converting its power plants from coal…
Hydrogen Experts Gather in Zagreb for Technical Training as Europe’s Deployment Accelerates
This week, EnergyNews.biz is on the ground in Zagreb, attending the Spring Training on Hydrogen and Fuel Cells, an intensive…
As the UK accelerates its hydrogen ambitions, a new private-sector initiative is positioning itself to play a pivotal role in bridging the country’s production gap.
A critical reading of the latest coalition agreement between the CDU/CSU and SPD reveals a mixture of continuity and controversy…
A mere month after the announcement, the EastGateH2V hydrogen valley initiative is now underway in Slovakia’s Košice region. Startling in…
Despite setting an ambitious target of 10 GW of low-carbon hydrogen production by 2030, the UK had deployed only 2…
In a logistics landscape dominated by weight penalties and range anxiety, Spain’s EVARM is taking a different route. With the…
Germany’s commitment to green hydrogen as a cornerstone of its energy transition is set to deepen with ANDRITZ receiving an…
As the European Union and the United Arab Emirates edge closer to finalizing a free trade agreement, green hydrogen has…
The Pathway to Hydrogen Achieving Fossil Fuel Cost Parity, Webinar with Dr. Kevin Cole
As the global hydrogen economy gains momentum, a central question continues to shape the trajectory of investment and deployment: when—and how—can green hydrogen reach cost parity with fossil fuel-derived alternatives? According to Dr. Kevin Cole, Senior Scientist at Verdagy, the answer may lie in Dynamic Alkaline Water Electrolysis (AWE), a technology designed to operate flexibly in response to variable renewable energy inputs without sacrificing performance or stack longevity.
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