Europe is closing passenger-car hydrogen stations while AFIR rules and grants support new dual-pressure sites that retain 700-bar capability.
Europe’s public hydrogen refuelling network is not growing, but shrinking slightly. It is, however, changing shape. The part built for passenger cars is shrinking, while a new generation of dual-pressure stations is carrying 700-bar capability forward into the bus and truck layer. Germany closed 36 first-generation hydrogen refuelling stations during … [continued]
Lower Saxony’s decision point is not the next fuel-cell repair. It is whether to recapitalize a dedicated hydrogen system after the evidence has moved.
Lower Saxony’s hydrogen trains will probably not be retired because a politician announces that battery-electric multiple units were the better technology. They will be retired when the bill arrives for extending the life of an underused, specialized hydrogen system and the state has to compare that cost with buying the … [continued]
Germany’s hydrogen strategy changes the molecule while preserving much of the gas-system infrastructure, institutional logic and public-risk model.
Germany’s hydrogen strategy keeps producing numbers that sound like market evidence until the subsidy structure is examined. Its latest hydrogen freight program attracted 526 applications seeking €455 million from a €220 million fund, including 71 applications for refueling stations and 455 for vehicles or fleets. That sounds like pent-up commercial … [continued]
Executive Chair Chung visits Hyundai Motor Company’s plant in Piracicaba to chart local production, quality and sales strategy Hyundai Motor to strengthen its SUV lineup and develop electrified models optimized for Brazil, including an ethanol-gasoline hybrid powertrain Hyundai Motor Group to explore hydrogen mobility and renewable energy opportunities through affiliate … [continued]
New Research Evaluates Potential of 5 Aviation Fuels To Lessen Supply Chain Shocks By Anna Squires, NLR Tight jet fuel supplies—and a growing demand for jet fuel—are intensifying interest in an aviation fuel mix that extends beyond Jet A and A-1, the most widely used aviation fuels in the world. … [continued]
Germany’s subsidy can reduce the operator-facing cost of an illustrative €425,000 hydrogen truck toward €205,000, below an unsubsidized battery-electric truck at about €300,000.
Germany’s latest hydrogen truck programme attracted 526 applications seeking €455 million from a €220 million funding pool. That has been presented as evidence that hydrogen freight is finally finding a market. A more revealing fact sits inside the programme design: Germany is offering purchase support for hydrogen trucks while battery-electric … [continued]
Prague’s early operating data suggest that selective wiring, smaller batteries and higher utilization can electrify difficult bus routes without hydrogen.
Transit agencies often reach for hydrogen after starting with real operating constraints and skipping a systems-design step. Hills, long duties, heavy passenger loads, constrained depots and the need to keep buses moving are treated as evidence that batteries cannot do the work, so the route is labelled a hydrogen case. … [continued]
Hyundai Motor Group opens HTWO ENERGY Cheongju, its first Group-operated waste-to-hydrogen (W2H) production and refueling facility HTWO ENERGY Cheongju supports localized hydrogen production and use, reducing transportation costs and enhancing regional energy self-sufficiency Equipped with biogas upgrading, hydrogen production and compression systems, the facility produces approximately 500 kilograms of hydrogen … [continued]
Long Beach’s policy language remains technology-neutral, but chargers, grid infrastructure and electric cargo equipment reveal where deployment is moving.
The Port of Long Beach keeps describing its clean-technology investments as “zero-emission,” a phrase broad enough to include both batteries and hydrogen. Its funded assets are much less ambiguous. Chargers, electrical infrastructure and electric cargo-handling equipment are extending the power system into terminal operations while hydrogen remains largely inside the … [continued]
The electrolyzer stack is only the visible component; safety, uptime, service and commercial risk sit in the industrial system around it.
CPH2 did not merely lose an experimental electrolyzer. Its destructive test failure exposed a mismatch between the product the company promoted and the business it was actually trying to operate. After more than a decade of development, a public listing and roughly £50 million in disclosed financing before its 2026 … [continued]
