Hydrogen Doesn't Have a Technology Problem. It Has a Market Architecture Problem.

For much of the past decade, hydrogen has been discussed primarily as a technology challenge.

Electrolyser capacity. Efficiency. Renewable electricity. Storage. Transport. Production costs.

All of these matter.

But after years of working around hydrogen companies, industrial partners, policymakers, project developers and investors, I believe the more difficult challenge is increasingly somewhere else.

It is market architecture.

A hydrogen project can be technically sound and still be commercially impossible.

The decisive questions are often remarkably simple:

• —Who will buy the hydrogen?
• —For which application?
• —At what price, and for how long?
• —Who finances the production asset?
• —Who carries electricity-price risk?
• —Who carries utilisation risk?
• —What happens if infrastructure arrives later than expected?
• —And who absorbs the gap between political ambition and actual customer demand?

These are not secondary questions. They are the project.

Technology does not create demand

A recurring mistake in emerging energy markets is to start with what can technically be built.

A 20 MW electrolyser can be built. A storage system can be installed. A hydrogen hub can be planned.

But technical feasibility does not answer whether an industrial customer has an economic reason to sign a long-term contract.

The sequence should often be reversed.

• —Start with the industrial application.
• —Understand the customer's alternative, and the economics of that alternative.
• —Understand the regulatory exposure.
• —Understand the willingness to enter into a long-term commitment.

Then build the technical configuration around a credible commercial case.

The hardest risk often sits between stakeholders

Hydrogen projects rarely involve one company. They involve producers, consumers, electricity suppliers, infrastructure operators, technology providers, financiers and public institutions.

Each party naturally wants to minimise its own risk.

• —The producer wants predictable demand.
• —The customer wants competitive pricing and flexibility.
• —The lender wants contracted cash flow.
• —The technology provider wants equipment orders.
• —The investor wants a credible path to returns.
• —Government wants market development without permanently subsidising uneconomic structures.

The result is a coordination problem.

The projects that progress are usually not those with the most impressive technology presentation. They are those in which somebody has managed to structure the interests of these parties into a commercially workable system.

Offtake is more than a contract

The hydrogen market frequently talks about securing offtake. But a signed expression of interest and a bankable offtake agreement are very different things.

Real demand requires understanding:

• —volumes
• —pricing mechanisms
• —duration
• —flexibility
• —credit quality
• —substitution alternatives
• —infrastructure dependencies
• —regulatory assumptions

A project becomes investable when uncertainty can be allocated to parties capable of carrying it. This is fundamentally a commercial design task.

The market is becoming more disciplined

That is a good development.

The first phase of a new market is often dominated by announcements. The next phase is dominated by economics. Hydrogen is entering that second phase.

Projects will increasingly be judged not by announced capacity, but by their ability to answer four questions:

• —Is there credible demand?
• —Can the project be financed?
• —Can infrastructure and regulation support it?
• —Can it ultimately be executed?

The technology remains essential. But markets are created when technology, customers, capital and execution work at the same time.

That is now the real hydrogen challenge.