Arbitration Involving Renewable-To-Hydrogen Conversion Facility Failures
I. Context of Renewable-to-Hydrogen Conversion Facilities
These facilities involve:
Electrolyzers (alkaline, PEM, or solid oxide)
Renewable electricity integration (solar farms, wind parks)
Hydrogen storage and compression systems
Offtake pipelines or refueling infrastructure
Control and monitoring systems (SCADA/BMS)
Typical stakeholders include:
Nel ASA
Siemens Energy AG
Air Liquide
Shell plc
Contracts often include:
EPC (Engineering, Procurement, Construction) contracts
O&M (Operation & Maintenance) contracts
Electrolyzer supply and technology licensing agreements
Power Purchase Agreements (PPAs) with electrolyzer performance guarantees
Hydrogen offtake agreements
Arbitration is commonly conducted under:
International Chamber of Commerce
London Court of International Arbitration
Singapore International Arbitration Centre
Awards are enforceable internationally under the New York Convention.
II. Common Disputes in Renewable-to-Hydrogen Facilities
Technology Underperformance – Electrolyzers failing to achieve hydrogen production targets.
Operational Failures – Poor integration with renewable power or grid instability.
Project Delays – Commissioning or start-up delays due to construction, logistics, or permitting.
Safety and Regulatory Breaches – Compliance failures with pressure vessel, electrical, or hydrogen safety standards.
Cost Overruns – Increased operational costs due to technology inefficiency.
Intellectual Property/Technology Licensing Disputes – Unauthorized modifications or misappropriation of proprietary electrolyzer designs.
Offtake and Contractual Disputes – Failure to deliver hydrogen volumes under offtake contracts.
III. Key Legal Issues
1. Performance Guarantees
Contracts often guarantee minimum hydrogen output, system availability, or efficiency.
2. Force Majeure and Risk Allocation
Unforeseen events such as extreme weather, grid interruptions, or supply chain failures may be invoked.
3. Liquidated Damages
Penalties may apply for delayed commissioning, missed production targets, or non-compliance.
4. Concurrent Causes
Failures may result from a combination of technology defects, operator error, or grid instability; arbitration tribunals apportion liability carefully.
5. Intellectual Property and Technology Licensing
Claims may arise over misuse or modification of electrolyzer designs.
IV. Relevant Case Laws
While renewable-to-hydrogen projects are emerging, precedents from construction, energy, and technology arbitration provide guidance.
1. Hadley v Baxendale
Principle:
Damages are limited to foreseeable losses at the time of contract formation.
Relevance:
Lost hydrogen production or PPA penalties must be foreseeable.
2. Cavendish Square Holding BV v Makdessi
Principle:
Liquidated damages clauses enforceable if proportionate to legitimate commercial interests.
Relevance:
High LDs for missed hydrogen production must be reasonable.
3. Triple Point Technology Inc v PTT Public Company Ltd
Principle:
LDs may apply even upon contract termination.
Relevance:
Applicable if an electrolyzer fails and the EPC/O&M contract is terminated.
4. Fiona Trust & Holding Corp v Privalov
Principle:
Arbitration clauses are to be interpreted broadly.
Relevance:
Ensures disputes over performance, technology defects, and safety are subject to arbitration.
5. Mitsubishi Motors Corp. v. Soler Chrysler-Plymouth, Inc.
Principle:
Arbitration can include international statutory and commercial claims.
Relevance:
Cross-border renewable-to-hydrogen projects can arbitrate regulatory and contractual claims.
6. Henry Boot Construction Ltd v Malmaison Hotel (Manchester) Ltd
Principle:
Concurrent delays and apportionment of responsibility.
Relevance:
Useful for analyzing delays caused by EPC contractor, technology supplier, or grid issues.
7. Walter Lilly & Co Ltd v Mackay
Principle:
Critical path analysis is essential for concurrent delay claims.
Relevance:
Applicable in allocating delay responsibility for renewable power integration and electrolyzer startup.
V. Procedural Aspects
1. Tribunal Composition
Electrolysis technology expert
Renewable energy integration engineer
Contract and commercial law arbitrator
2. Expert Evidence
Electrolyzer performance data
Hydrogen purity and volume testing
Renewable energy availability logs
Safety compliance audits
3. Interim Measures
Preservation of electrolyzer and control system data
Orders to continue partial operation
Restrictions on modification of proprietary technology
VI. Remedies Available
Tribunals may award:
Liquidated or actual damages for production shortfall
Remedial works or replacement of defective systems
Termination damages
Compensation for environmental or safety breaches
Interest and arbitration costs
VII. Special Considerations
Integration with intermittent renewable electricity sources
Electrolyzer degradation and efficiency loss over time
High-pressure hydrogen storage safety
Regulatory compliance for pressure vessels, electrical safety, and hydrogen handling
Cross-border contractual risk allocation
VIII. Conclusion
Arbitration is particularly suitable for renewable-to-hydrogen facility disputes because of:
Technical and operational complexity
High-capital investment and cross-border collaboration
Safety and regulatory compliance issues
Confidentiality and intellectual property protection
Key cases such as Hadley v Baxendale, Cavendish v Makdessi, Triple Point, Fiona Trust, Mitsubishi Motors, Henry Boot, and Walter Lilly provide the doctrinal framework for:
Apportioning liability for failures and delays
Enforcing liquidated damages
Interpreting arbitration clauses broadly
Assessing foreseeability and proportionality in damages
These principles guide tribunals in resolving disputes over performance, technology failures, safety compliance, and contractual obligations in renewable-to-hydrogen conversion facilities.
RELATED Blog
comments