Sektory a témata
How to Invest in Hydrogen: ETFs, Companies, and Real Risks
Key takeaways
- The hydrogen sector spans production, storage, distribution, and applications — from industry to mobility.
- UCITS ETFs track indices such as L&G Hydrogen Economy or VanEck Hydrogen Economy.
- Green hydrogen is still more expensive than fossil alternatives — project economics depend on subsidies and electricity prices.
- The sector went through one of the deepest post-hype declines — valuations collapsed dramatically from their peaks.
- Long-term relevance for heavy industry and transport where electricity alone is insufficient — but the time horizon is very long.
Hydrogen was one of the biggest investment themes of 2020–2021 — and then became a symbol of overshooting thematic speculation, with the reality check arriving in the form of 70–80% declines in many hydrogen stocks. Yet it persists as a relevant industrial technology. What to do with that?
What the hydrogen sector includes
- Hydrogen production: electrolyzers for green hydrogen, natural gas reforming (blue hydrogen),
- Storage and transport: tanks, compressors, pipelines, transport ships,
- Fuel cells: fuel cell technology for transport and stationary use,
- Industrial applications: steel mills, chemical industry, fertilizers,
- Mobility: hydrogen trucks, buses, trains, aircraft (future).
How to invest through UCITS ETFs
UCITS ETFs on hydrogen track indices such as Solactive Hydrogen Economy (the basis of the L&G Hydrogen Economy ETF) or MVIS Global Hydrogen Economy (the basis of the VanEck ETF). These funds hold companies from across the value chain, not just pure hydrogen exposure. TER is around 0.50–0.65% — verify on justETF. For a comparison with clean energy, see the clean energy article.
Why hydrogen disappointed and what persists
The post-2021 collapse of hydrogen stocks was a classic hype cycle — valuations overshot, project realization lagged behind promises, and rising rates made capital more expensive for infrastructure projects. But the technology's relevance did not disappear. Hydrogen is irreplaceable for industrial processes (ammonia production, refining) where electricity is insufficient — and this part of the value chain is less speculative than the mobility story.
How to think about hydrogen as an investor
Hydrogen is not a binary bet of "will succeed / will fail." It is a technology with real industrial uses, while mass adoption in transport is a very distant future. An investment makes sense as a small speculative satellite position with a 15–20 year horizon — not as a short-term momentum play. Why passive investing wins is a good reminder before speculative bets. Portfolio basics are in the first portfolio guide.
FAQ
What is the difference between green, blue, and grey hydrogen?
Grey hydrogen is produced by reforming natural gas without CO2 capture — cheapest, but with emissions. Blue hydrogen is the same process with CCS carbon capture. Green hydrogen is produced by electrolysis from renewable energy — the cleanest, but currently the most expensive.
Why did hydrogen stocks fall so sharply?
Inflated valuations in a low-rate environment, slowdown in project realization, rising cost of capital, and the influx of cheaper Chinese EVs as competition for the mobility story. A classic hype trajectory.
Is a hydrogen ETF or a clean energy ETF a better choice for exposure to the energy transition?
A clean energy ETF is more diversified — it also includes solar, wind, and grid, which are more mature technologies. A hydrogen ETF is a more concentrated bet on a technology with a longer time horizon. For a satellite position, a clean energy ETF may make more sense.