Hydrogen Firm Lhyfe Pretends Minor Revenue Gain Overcomes Strategy Failures & Massive Net Losses

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Lhyfe’s recent press release—another just before Christmas, end of the week, hope no one notices effort like others I’ve assessed in recent days—reported on in the usually excellent Hydrogen Insight industry publication, claims that revenues doubled in 2025 and that the company is now strategically refocusing and cutting expenses for 2026. On the surface, this sounds like progress and discipline. In practice, it follows a familiar pattern seen repeatedly in hydrogen for energy companies. Relative growth rates are highlighted instead of absolute scale, structural losses are downplayed, and narrowing scope is framed as strategic clarity rather than retrenchment. Doubling revenue from a small base does not address whether the business model is viable. It functions as a rhetorical device, one that creates the appearance of momentum while masking deep weaknesses. This pattern has shown up across hydrogen mobility, hydrogen heating, and green hydrogen supply plays, and it hasn’t ended well yet, and is unlikely too.

What’s actually going on is that Lhyfe grew revenue from €5 million, a nothing burger in industrial firm terms, to €10 million. Meanwhile, costs remained much higher than revenue and they ended the year with continued big net losses, €21.7. That’s better than the net loss of about €29.1 million of 2024 and the net loss of about €33.5 million the year before, but this isn’t a trend that’s leading to profit, its just burning cash.

In that context, cutting out the people who actually have engineering, procurement and construction skills, part of a 30% cost take out effort for 2026, is just going to slow the bleeding somewhat, and convert the EPC euros into engineering consulting firm hands. The only way that makes economic sense is if Lhyfe was paying their EPC staff Silicon Valley rates, which there is no evidence to support. Public reporting on Lhyfe’s H1 2025 accounts shows personnel expenses increased only modestly (about €0.5m) compared with H1 2024, while headcount remained roughly stable around 196–198 employees, suggesting overall staff compensation trends were not the dominant cost driver compared to external expenses. Cutting 20-50 EPC isn’t going to make up the losses, but it’s certainly going to make Christmas unhappy in a bunch of homes.

In other words, claims of doubling revenue and blaming governments are rhetorical tricks to make a very bad year and a worse year to come sound like a win by a scrappy underdog.

A useful way to assess Lhyfe’s situation is through Richard Rumelt’s framework for good strategy. Rumelt argues that strategy rests on three elements: a clear diagnosis of the problem, a guiding policy for addressing it, and coherent actions that align with that policy. When companies struggle, it is often not because they lack effort or competence, but because they misdiagnose the problem they are trying to solve. Lhyfe’s press release and stated refocus provide a clear window into how the company is diagnosing its situation and where that diagnosis goes wrong.

The explicit diagnosis in Lhyfe’s messaging is that the green hydrogen market exists and is growing, but that external factors such as regulation, permitting, and policy uncertainty are slowing deployment. Revenue growth is presented as evidence that demand is real and expanding. From this perspective, the task for management is to sharpen focus, reduce costs by about 30%, outsource engineering and construction, and concentrate on the most promising end markets. This diagnosis treats the problem as one of execution speed and political friction rather than market fundamentals.

An alternative diagnosis, grounded in observable reality rather than fantasy and investor relations, looks different. Outside of legacy industrial hydrogen uses, demand remains fragmented, intermittent, and policy driven. Costs remain high, utilization remains low, and customers rarely commit to long term, unsubsidized offtake. In this context, revenue growth reflects the persistence of subsidies and pilot programs, not the emergence of self sustaining markets. Treating this as a temporary slowdown caused by regulation misses the structural mismatch between green hydrogen supply economics and customer willingness to pay.

The revenue doubling itself illustrates this gap. Lhyfe’s revenues increased from a small base to a still small absolute level, while operating costs, capital intensity, and balance sheet pressures remain large. Industrial energy companies do not survive on relative growth rates. They survive on scale, margin, and durable contracts. When revenue growth is highlighted without equal attention to losses and cash burn, it signals an attempt to manage perception rather than confront fundamentals. Rumelt warns that confusing goals with strategy is a common failure. Revenue growth is a metric, not a diagnosis.

One of the pillars Lhyfe continues to emphasize is hydrogen mobility. This includes buses, trucks, refueling hubs, and captive fleets. The persistence of mobility in the strategy is telling. Hydrogen mobility demand has not emerged because it outcompetes alternatives. It has emerged because governments funded vehicles, stations, and fuel, often in parallel. Battery electric options have continued to improve in cost, reliability, and infrastructure efficiency, while hydrogen mobility has struggled with uptime, fuel cost, and utilization. The demand that exists is protected and conditional. It depends on subsidies, mandates, and political interest.

By retaining mobility as a core market, Lhyfe is implicitly assuming that this protected demand will remain stable or grow. That is a risky assumption. Policy support is episodic, budgets change, and procurement priorities shift. In Rumelt’s terms, this is a misdiagnosis of leverage. The company is treating politically created demand as if it were market pull. That mistake has already led many hydrogen mobility projects to stall or collapse once pilot funding ended.

It’s worth reminding ourselves that this year saw:

• French hydrogen taxi firm Hype pivot entirely to battery electric
• global hydrogen fuel cell car sales collapse to approaching nothing outside of 50% to 60% subsidy providing South Korea
• Shell getting out of the hydrogen refueling station business entirely
• the number of hydrogen refueling stations outside of South Korea decline by large numbers
• fuel cell heavy truck sales dropping while battery electric heavy trucks soared in China
• mining giant Fortescue officially giving up on hydrogen and ordering billions of dollars worth of fully electric mining trucks and equipment
• Stellantis, GM, Daimler, Honda and Man withdraw from hydrogen trucks
• hydrogen truck manufacturers Hyzon, Nikola and Quantron bankrupt, along with many, many other firms in the hydrogen for transportation space
• Cummins start a strategic assessment of its failing hydrogen division, likely leading to cutting it in 2026
• the UK’s HyHaul hydrogen freight corridor being shelved
• hydrogen bus focused Van Hool going bankrupt
• hydrogen truck and bus fuel cell manufacturer McPhy going out of business
• hydrogen fuel cell for transportation manufacturers Ballard Power, Fuel Cell Energy and Plug power bleeding unprecedented amounts of money amid collapsing stock prices, reverse stock splits, and geographical and segment retrenchment
• Numerous transit agencies, including most recently Dijon in France, abandon their hydrogen bus acquisition efforts
• 26 Polish cities who had bought or were buying hydrogen buses begging the national government for deep subsidies to pay for the fuel they found out was actually very expensive
• Lower Saxony abandon its hydrogen train plans, with only 4 of 14 still operational
• train manufacturer Alstom drop hydrogen trains
• BP axe its hydrogen fuels division
• Airbus shelve its hydrogen aviation program
• etc, etc, etc, etc

Against this twice-weekly drumbeat of hydrogen for transportation failures in 2025, Lhyfe’s strategy for 2026 is to keep focusing on hydrogen for transportation, a space where it’s not remotely differentiated against much bigger and more credible players.

Refineries form the second pillar of Lhyfe’s refocused strategy. At first glance, this appears more credible. Refineries are large hydrogen consumers and face growing pressure to reduce emissions. The problem is that refineries already meet most of their hydrogen needs through by product streams from their own processes and through grey or blue hydrogen produced on site. These sources are cheap, reliable, and integrated into refinery operations. Hydrogen is a process input, not a discretionary purchase.

For refineries to buy green hydrogen from an external supplier like Lhyfe, they would need either a regulatory mandate that excludes blue hydrogen or subsidies that erase the cost premium. In other words, green hydrogen in refineries functions as a compliance cost, not a competitive input. Treating refineries as a scalable market misunderstands how refinery economics work. In Rumelt’s framework, this again reflects a misdiagnosis. Forced substitution is being mistaken for willingness to pay. That is not a foundation for durable strategy.

Industrial, high-temperature heat is the only industrial demand area Lhyfe has done any work in. There are specific high temperature processes where flame characteristics matter, as chemical processing plant designer Paul Martin has helped me understand, particularly in some ceramics applications and in parts of cement clinker production. These cases are real, but they are narrow. They represent a small share of industrial heat demand and do not define the sector as a whole. Even within these niches, electrification options such as plasma heating, resistive systems, and thermal storage are advancing.

More importantly, industrial heat decarbonization already has a cheaper, simpler, and more reliable pathway in many regions: biomethane from waste biomass using anaerobic digesters. Biomethane can directly substitute for fossil natural gas without reengineering burners, furnaces, or kilns. It does not require new tanks, new pipelines, or new safety regimes. It fits existing infrastructure and operational practices. Green hydrogen combustion, by contrast, requires redesign of burners, changes to materials, new storage systems, and new safety protocols. It is difficult to justify when a drop in fuel alternative exists. For industrial operators, this matters more than rhetoric and vision.

As a result, green hydrogen is unlikely to service industrial heat markets at scale, even in the small slices where flames matter. Biomethane undercuts it on cost, simplicity, and reliability. Electrification undercuts it on efficiency and long term trajectory. For those interested in the subject, Paul Martin and I spent 90 minutes working through the entire sector (part 1, part 2). Treating industrial heat as a meaningful hydrogen market reflects another category error, confusing technical feasibility with economic attractiveness.

When these three pillars are examined together, a pattern emerges. Lhyfe’s strategic refocusing removes some peripheral activities and reduces internal costs, but it does not correct the underlying theory of value. Mobility remains because it is visible and subsidized. Refineries remain because they look large on paper. Industrial heat remains because hydrogen for energy types don’t understand the clients or the competition. None of these provide strong leverage or durable advantage.

A coherent strategy, in Rumelt’s terms, would require a different diagnosis. It would acknowledge that hydrogen demand outside legacy chemical feedstocks is policy constructed and structurally disadvantaged. It would concentrate effort on uses where hydrogen is unavoidable and where customers can support long term contracts without continuous subsidy. It would align capital deployment, organizational design, and partnerships around those realities. Lhyfe’s current actions improve efficiency, but they do not align with such a diagnosis.

Looking ahead to 2026, this matters. Cost cutting and outsourcing engineering reduce burn rate, but they also reduce optionality. When paired with unstable demand segments, they increase dependence on policy timing and grant continuity. History suggests that this combination does not lead to recovery. It leads to further rounds of retrenchment, asset sales, or dilution.

Lhyfe is headed for bankruptcy. They have €65 million left of €228 million in governmental grants with €25 million in debt. This will keep them limping along for a couple of additional years, one assumes, but that’s it. Unless they accept empirical reality and stop depending solely on governmental largesse—which is rapidly diminishing in France as the Court of Auditors has declared that hydrogen road freight is an absurdly expensive carbon mitigation wedge and the French senior economic council has weighed in to point to battery electric road freight as the obvious choice—they are simply going to evaporate.

Lhyfe’s press release reads as an attempt to regain control of the narrative. It’s clear that the company doesn’t understand the markets it’s trying to serve or the competition. Without correcting that, strategic focus and cost cutting is a cosmetic exercise. In energy transitions, physics, economics, and infrastructure realities are unforgiving. Companies that misdiagnose those realities rarely get unlimited chances to adjust.