Hydrogen Infrastructure Competition And Coordination Risks

1. Introduction

Hydrogen infrastructure competition concerns the competitive conditions surrounding the production, transportation, storage, import, export, distribution, refuelling, and end-use infrastructure required for a hydrogen economy. Unlike conventional energy markets, hydrogen infrastructure is still developing and frequently involves high fixed costs, network effects, interoperability requirements, common technical standards, public subsidies, and vertically integrated firms.

Competition risks arise because infrastructure operators may simultaneously control essential facilities and compete with businesses that depend upon those facilities. Coordination is also necessary: pipelines, terminals, storage facilities, certification systems, refuelling networks, ports and technical standards cannot function efficiently unless market participants cooperate to some degree.

The legal difficulty is therefore to distinguish legitimate infrastructure coordination from anticompetitive cooperation.

2. Meaning of Hydrogen Infrastructure Competition

Hydrogen infrastructure can broadly be divided into:

1. Production infrastructure – electrolysers, reformers and renewable-hydrogen facilities.
2. Transportation infrastructure – dedicated hydrogen pipelines, converted gas pipelines, trucking and shipping.
3. Storage infrastructure – underground caverns, tanks and terminals.
4. Import/export infrastructure – hydrogen and ammonia terminals and ports.
5. Distribution infrastructure – hydrogen networks and industrial distribution systems.
6. Refuelling infrastructure – hydrogen stations for transport.
7. Digital infrastructure – certification, tracking, trading and balancing platforms.
8. Interconnection infrastructure – electricity grids, renewable-energy connections and hydrogen hubs.

Competition problems may occur at every layer.

3. Why Hydrogen Infrastructure Is Particularly Vulnerable to Competition Problems

A. High sunk costs

Hydrogen pipelines, storage caverns, ports and refuelling stations require substantial investment.

Once constructed, much of the expenditure becomes sunk.

This can discourage entry and create natural-monopoly characteristics.

B. Network effects

The value of infrastructure increases as more participants use it.

For example:

More hydrogen producers → more hydrogen available → more refuelling stations → more hydrogen vehicles → greater demand for hydrogen.

This positive feedback can produce rapid concentration.

C. Bottleneck facilities

A single pipeline, port, terminal or storage facility may become indispensable.

An incumbent controlling that facility may therefore obtain substantial market power.

D. Vertical integration

A company may control:

hydrogen production → pipeline → storage → terminal → distribution → end user.

Vertical integration can produce efficiencies, but it can also allow the integrated company to discriminate against competitors.

E. Standardisation

Hydrogen markets require common standards for:

• purity;
• pressure;
• safety;
• measurement;
• certification;
• transport;
• storage;
• guarantees of origin.

Cooperation is necessary, but standard-setting can become a vehicle for excluding rivals.

4. Infrastructure Sharing and Essential Facilities

One of the most important competition questions is whether an incumbent must provide access to its infrastructure.

Suppose Company A owns the only hydrogen pipeline connecting several producers to an industrial cluster.

If Company A refuses access to competing producers, competition authorities may ask:

1. Is the pipeline indispensable?
2. Can a competitor economically duplicate it?
3. Is refusal objectively justified?
4. Would access preserve competition?
5. Would mandatory access undermine investment incentives?

This is closely related to essential-facilities doctrine and refusal-to-deal jurisprudence.

5. Case Law 1 — United Brands v Commission

United Brands Company and United Brands Continentaal BV v Commission, Case 27/76

The European Court of Justice recognised that a dominant undertaking's conduct may be abusive where it uses its market position to impose unfair or exclusionary conditions.

Relevance to hydrogen

A hydrogen infrastructure operator with a dominant position could potentially abuse that position through:

• discriminatory connection conditions;
• discriminatory tariffs;
• exclusionary contractual terms;
• unreasonable access requirements;
• selective availability of capacity.

The central lesson is that control over an important infrastructure network can create special responsibilities for a dominant undertaking.

6. Case Law 2 — Commercial Solvents v Commission

Istituto Chemioterapico Italiano S.p.A. and Commercial Solvents Corporation v Commission, Joined Cases 6/73 and 7/73

Commercial Solvents involved a dominant undertaking's refusal to continue supplying an input to a downstream competitor.

The Court accepted that conduct involving refusal to supply could constitute an abuse where the dominant undertaking sought to eliminate competition downstream.

Hydrogen application

Consider:

Hydrogen producer + pipeline owner + downstream hydrogen distributor.

If the producer controls an indispensable input or infrastructure and cuts off supply to a downstream competitor to protect its own downstream business, Article 102 TFEU-type concerns may arise.

The case is particularly relevant to vertically integrated hydrogen ecosystems.

7. Case Law 3 — Bronner v Mediaprint

Oscar Bronner GmbH & Co. KG v Mediaprint Zeitungs und Zeitschriftenverlag GmbH & Co. KG, Case C-7/97

Bronner is one of the leading European authorities concerning refusal to grant access to infrastructure.

The Court established stringent conditions before a refusal to provide access to a facility can constitute abuse.

Among the important considerations are whether the facility is:

• indispensable;
• practically impossible to duplicate;
• necessary for effective competition; and
• unavailable through a realistic alternative.

Hydrogen significance

This is directly relevant to hydrogen infrastructure.

A company seeking access to a hydrogen pipeline, terminal or storage facility cannot automatically demand access simply because the incumbent facility is economically attractive.

The indispensability requirement protects infrastructure investment incentives.

8. Case Law 4 — Oscar Bronner and Hydrogen Pipeline Bottlenecks

The Bronner principle becomes especially important where hydrogen infrastructure is scarce.

For example:

A hydrogen producer wants access to a privately owned pipeline.

If the producer can instead construct a competing pipeline, use road transport, or connect through another network at commercially reasonable cost, compulsory access becomes less compelling.

Conversely, if the pipeline is effectively impossible to duplicate because of:

• geographical constraints;
• enormous construction costs;
• regulatory barriers;
• limited rights of way;
• environmental restrictions;

the infrastructure may acquire stronger essential-facility characteristics.

9. Case Law 5 — IMS Health v Commission

IMS Health GmbH & Co. KG v NDC Health GmbH & Co. KG, Joined Cases C-418/01 P and related proceedings

IMS Health concerned access to an infrastructure-like system protected by intellectual property.

The European courts developed an important framework concerning exceptional circumstances in which refusal to license or provide access could harm competition.

Hydrogen relevance

Hydrogen infrastructure may incorporate proprietary:

• technical standards;
• digital platforms;
• certification systems;
• compression technologies;
• interoperability protocols;
• data systems.

A dominant operator cannot necessarily use proprietary rights to eliminate competition.

However, IMS Health also demonstrates that compulsory access is exceptional rather than automatic.

10. Case Law 6 — Microsoft v Commission

Microsoft Corp. v Commission, Case T-201/04

Microsoft concerned interoperability information and the ability of a dominant undertaking to restrict competitors' ability to interoperate with its system.

The General Court upheld significant elements of the Commission's intervention.

Hydrogen application

Interoperability may become a central competition issue in hydrogen infrastructure.

For example, an incumbent platform could control:

• hydrogen certification;
• pipeline booking;
• digital capacity allocation;
• refuelling authentication;
• metering;
• trading interfaces.

If competitors cannot interoperate with the system, the infrastructure owner may gain the ability to foreclose competing networks.

The lesson from Microsoft is that technical interoperability can itself become an important competitive parameter.

11. Case Law 7 — MCI Communications Corp. v AT&T

MCI Communications Corp. v AT&T Co., 708 F.2d 1081 (7th Cir. 1983)

The United States Court of Appeals for the Seventh Circuit developed influential criteria concerning refusal to deal and essential facilities.

The case is particularly relevant because telecommunications infrastructure has characteristics comparable to emerging hydrogen networks:

• large fixed costs;
• network effects;
• interconnection requirements;
• infrastructure bottlenecks.

Hydrogen relevance

A hydrogen pipeline or terminal may function as an infrastructure bottleneck comparable to telecommunications interconnection facilities.

The case illustrates the importance of asking whether:

1. the infrastructure is controlled by a monopolist;
2. competitors reasonably require access;
3. duplication is impractical;
4. access is feasible; and
5. legitimate business justification exists for refusal.

12. Case Law 8 — Aspen Skiing Co. v Aspen Highlands Skiing Corp.

Aspen Skiing Co. v Aspen Highlands Skiing Corp., 472 U.S. 585 (1985)

The U.S. Supreme Court found antitrust liability in circumstances involving a dominant firm's termination of a previously profitable cooperative arrangement.

Hydrogen relevance

Hydrogen infrastructure often requires cooperative arrangements.

For example, several operators may jointly operate:

• a pipeline;
• storage facility;
• hydrogen hub;
• refuelling network;
• port terminal.

A dominant firm that abruptly abandons an established cooperative arrangement in order to exclude competitors may face competition-law scrutiny.

However, Aspen Skiing is exceptional and does not establish a general duty to cooperate with competitors.

13. Case Law 9 — Trinko

Verizon Communications Inc. v Law Offices of Curtis V. Trinko, LLP, 540 U.S. 398 (2004)

Trinko is important because the U.S. Supreme Court emphasised caution in imposing duties on dominant companies to share infrastructure.

The Court recognised that forced sharing can reduce incentives to invest in infrastructure.

Hydrogen significance

This principle is crucial for hydrogen.

Investment in hydrogen pipelines, storage and terminals may require billions in capital.

If competition law automatically requires every infrastructure owner to provide access on favourable terms, firms may have less incentive to construct infrastructure.

Therefore:

Competition law must prevent exclusion without destroying investment incentives.

14. Coordination Risks in Hydrogen Infrastructure

Coordination is not inherently unlawful.

Indeed, hydrogen markets cannot develop efficiently without coordination.

The competition issue is whether coordination is:

necessary and proportionate

or:

a mechanism for collective market control.

15. Risk 1 — Joint Infrastructure Ownership

Competitors may establish a joint venture to build a hydrogen pipeline.

This can generate substantial efficiencies.

However, the joint venture may also:

• restrict independent investment;
• allocate customers;
• coordinate prices;
• share competitively sensitive information;
• prevent alternative infrastructure.

The competition authority must therefore distinguish genuine infrastructure cooperation from a cartel disguised as a joint venture.

16. Risk 2 — Information Exchange

Hydrogen infrastructure operators may exchange information about:

• capacity;
• production volumes;
• storage levels;
• expected demand;
• transportation costs;
• future investments.

Some information exchange may be necessary for system balancing.

But sharing competitively sensitive information can facilitate:

• coordinated pricing;
• output restriction;
• market allocation;
• investment coordination.

The risk becomes greater where only a few firms control most infrastructure.

17. Risk 3 — Capacity Allocation

Hydrogen pipelines and terminals may have limited capacity.

Operators therefore need allocation mechanisms.

Potentially problematic practices include:

• discriminatory allocation;
• capacity hoarding;
• long-term exclusive reservations;
• strategic under-utilisation;
• preferential access for affiliated producers.

A dominant operator could reserve capacity for itself and leave insufficient capacity for independent competitors.

18. Risk 4 — Long-Term Contracts

Long-term infrastructure contracts can promote investment certainty.

But excessive exclusivity may foreclose competitors.

For example:

An infrastructure operator reserves 90% of pipeline capacity for 20 years.

Even if commercially rational, such an arrangement may make entry impossible.

Competition authorities may therefore examine:

• duration;
• percentage of capacity reserved;
• termination provisions;
• renewal rights;
• take-or-pay obligations;
• alternative infrastructure.

19. Risk 5 — Standard-Setting

Hydrogen requires common standards.

Industry participants may therefore establish standard-setting organisations.

The risk arises when dominant firms use standard-setting to:

• exclude alternative technologies;
• discriminate against smaller producers;
• impose proprietary specifications;
• prevent interoperability;
• raise rivals' costs.

Standardisation should therefore remain transparent, objective and accessible.

20. Risk 6 — Certification Systems

Green or low-carbon hydrogen depends heavily on certification.

Certification determines whether hydrogen qualifies for:

• subsidies;
• tax incentives;
• public procurement;
• regulatory compliance;
• carbon accounting.

If a dominant undertaking controls certification infrastructure, it may acquire significant market power.

Competition concerns arise if the certification operator:

• discriminates among producers;
• delays certification;
• imposes excessive fees;
• withholds interoperability;
• favours affiliated hydrogen producers.

21. Risk 7 — Cross-Subsidisation

Large energy companies may operate several levels of the hydrogen value chain.

They could potentially use monopoly infrastructure revenues to subsidise competitive activities.

For example:

monopoly pipeline revenues → subsidised hydrogen production → aggressive downstream pricing.

This may allow an integrated company to eliminate independent producers.

22. Risk 8 — Predatory Infrastructure Expansion

An incumbent may deliberately construct excess infrastructure to prevent competitors from entering.

For example:

1. A rival announces a hydrogen terminal.
2. Incumbent builds a competing terminal.
3. Incumbent locks customers into long-term contracts.
4. Rival cannot obtain sufficient throughput.
5. Rival exits.

Such conduct may be investigated under abuse-of-dominance or monopolisation principles depending upon the jurisdiction.

23. Risk 9 — Government-Backed Hydrogen Infrastructure

Hydrogen infrastructure is likely to receive significant public support.

Government involvement creates another competition problem.

State-supported infrastructure can produce:

• preferential financing;
• exclusive concessions;
• guaranteed demand;
• subsidised access;
• state-owned monopolies;
• preferential land access.

Competition neutrality becomes important.

The question becomes:

Is the infrastructure competing on equal terms with private infrastructure?

24. Risk 10 — Infrastructure and Market Foreclosure

A hydrogen infrastructure monopolist may use its bottleneck position to foreclose upstream or downstream competitors.

A simplified structure is:

Hydrogen producer A
↓
Pipeline controlled by A
↓
Storage controlled by A
↓
Refuelling network controlled by A

Competitors may technically exist at every stage, but the bottleneck infrastructure can prevent effective competition.

This is a classic vertical foreclosure problem.

25. Legitimate Cooperation vs Anticompetitive Coordination

The distinction depends upon purpose, effects, market structure, necessity and proportionality.

26. Essential-Facility Analysis for Hydrogen

A competition authority examining a hydrogen facility may ask:

Step 1 — Is the undertaking dominant?

Market share alone is insufficient.

The authority should consider:

• infrastructure control;
• entry barriers;
• network effects;
• customer dependence;
• alternative facilities.

Step 2 — Is the infrastructure indispensable?

Can a competitor realistically duplicate it?

Step 3 — Is access technically feasible?

Mandatory access should not require impossible restructuring.

Step 4 — Would refusal eliminate effective competition?

There must be a meaningful competitive foreclosure effect.

Step 5 — Is refusal objectively justified?

Possible justifications include:

• capacity constraints;
• safety;
• technical incompatibility;
• security;
• environmental restrictions;
• legitimate investment protection.

27. The Role of Article 101 and Article 102 TFEU

In the EU framework, two provisions are particularly relevant.

Article 101

Addresses agreements and coordinated conduct between undertakings.

Hydrogen infrastructure arrangements may raise Article 101 concerns where competitors:

• fix prices;
• divide markets;
• restrict output;
• exchange sensitive information;
• coordinate investment.

Article 102

Addresses abuse of dominance.

Relevant conduct could include:

• discriminatory access;
• excessive or unfair infrastructure pricing;
• refusal to supply;
• margin squeeze;
• tying;
• exclusionary capacity arrangements.

28. Margin Squeeze Risk

A vertically integrated hydrogen operator could control an upstream pipeline while competing downstream.

Suppose:

Pipeline access price = ₹100
Integrated company's downstream price = ₹120

If an efficient downstream competitor cannot profitably compete at the available pipeline price, the infrastructure operator could potentially engage in a margin squeeze.

This becomes particularly important where infrastructure is indispensable.

29. Competition Law and the Hydrogen Transition

Competition law should not be applied in a way that prevents necessary energy-transition cooperation.

Some infrastructure projects require:

• shared pipelines;
• common terminals;
• coordinated safety standards;
• joint storage;
• interoperability;
• cross-border infrastructure;
• common certification.

Therefore, the appropriate principle is not:

"Never cooperate."

It is:

Cooperate where necessary for infrastructure development, but preserve independent competitive decision-making wherever competition remains possible.

30. Regulatory Design Solutions

Competition risks can be reduced through:

A. Open-access requirements

Infrastructure operators should provide non-discriminatory access where appropriate.

B. Transparent tariffs

Access charges should be transparent and objectively determined.

C. Capacity-allocation rules

Prevent strategic capacity hoarding.

D. Functional or structural separation

Separate monopoly infrastructure from competitive hydrogen production or retail activities where justified.

E. Interoperability requirements

Prevent proprietary systems from becoming artificial barriers to entry.

F. Information firewalls

Limit access to competitively sensitive information.

G. Independent certification

Certification should not be controlled exclusively by vertically integrated hydrogen producers.

H. Competition-neutral subsidies

Public support should avoid unnecessarily entrenching a particular incumbent.

31. Overall Legal Test

The central competition-law question can be expressed as:

Does coordination make hydrogen infrastructure more efficient and interoperable, or does it create an artificial barrier preventing independent competitors from accessing essential infrastructure and competing on the merits?

The answer requires examination of:

1. market definition;
2. infrastructure indispensability;
3. market power;
4. vertical integration;
5. access conditions;
6. capacity allocation;
7. information exchange;
8. exclusivity;
9. standardisation;
10. investment incentives;
11. efficiencies;
12. consumer and energy-transition benefits.

32. Conclusion

Hydrogen infrastructure presents a distinctive competition-law paradox. Competition requires infrastructure, but infrastructure development often requires cooperation.

Pipelines, storage facilities, terminals, refuelling networks and digital certification platforms can become bottlenecks. When controlled by dominant or vertically integrated firms, they may facilitate foreclosure, discriminatory access, capacity hoarding, margin squeezes and exclusionary standard-setting.

At the same time, excessive competition-law intervention could discourage the enormous investment required to establish hydrogen networks.

The leading cases—United Brands, Commercial Solvents, Bronner, IMS Health, Microsoft, MCI Communications, Aspen Skiing and Trinko—provide a useful legal framework. Together they demonstrate that competition law must balance access, interoperability and competitive neutrality against investment incentives, legitimate business justification and the exceptional nature of compulsory infrastructure sharing.

Accordingly, the appropriate regulatory model for hydrogen infrastructure is competitive cooperation: cooperation where infrastructure interoperability and energy-transition objectives genuinely require it, combined with safeguards ensuring that infrastructure owners cannot transform coordination mechanisms into instruments of long-term market foreclosure.