De-Risking the $11 Trillion Hydrogen Opportunity
The Green Hydrogen Partnership (GH2P) is a commercial initiative resolving the critical technical and economic barriers limiting cost-effective green hydrogen from intermittent renewables. The GH2P is open to key equipment suppliers and energy industry stakeholders.
Led by BPP
BPP Renewables is a leading system designer specialising in green hydrogen production for a wide range of applications. As the Consortium lead, BPP will draw on its proven system design expertise and its strong relationships with hydrogen supply chain partners to ensure effective coordination and delivery.
Validated at PNDC
PNDC is an established whole-energy-systems research, testing, and demonstration environment that supports the development and deployment of innovative energy and transport technologies. PNDC will provide state-of-the-art testing facilities and skilled personnel to deliver the core activities required for system design validation.
The Problem
The Technical Imperative
Current green hydrogen systems suffer from diminished profitability and elevated costs due to inefficient integration with fluctuating renewable power.
1. Reduced Asset Utilisation (HPE)
Frequent start-stop cycles and rapid power ramping dramatically lower electrolyser utilisation rates and Hydrogen Production Efficiency (HPE), undermining ROI.
2. Excessive OpEx & Component Wear
Traditional equipment is not optimised for varying electrical loading, leading to accelerated component degradation, high maintenance and reduced system lifetime.
3. System Integration & Balancing Risk
A critical gap exists in affordable, integrated designs that can stabilize electrolyser input and guarantee consistent H₂ output, making it difficult to meet end-user supply.
The Solution
A Validated, Integrated System Design
The GH2P has developed a novel system leveraging BPP’s integration expertise and PNDC’s advanced testing to turn intermittent power into a competitive advantage. The solution will be engineered further in this project.
Novel System Architecture
Development and validation of advanced power electronics and intelligent control systems that enable robust, reliable operation under highly variable load profiles.
System De-Risking & Certification
Utilizing PNDC’s state-of-the-art facility to simulate real-world variable profiles (3kW–15kW scale), certifying component durability and quantifying efficiency gains.
Dual Revenue Streams
The system will function as both a hydrogen producer and a flexible energy sink, generating revenue through grid services and maximising renewable energy use.
Commercial Deployment Pathway
Translating validated engineering data into a detailed deployment roadmap for a commercial-scale industrial pilot (150kW–1.25 MW).
Quantifying the ‘Dual Revenue’ Advantage
For Our Partners
Strategic Value Proposition
This is a targeted opportunity for equipment suppliers and industrial end-users.
Market Access & First-Mover Advantage
Validate your core equipment as commercially viable and variable-load certified within the flexible green hydrogen segment. This certification opens new, de-risked market categories and provides a significant competitive edge.
IP & Strategic Insight Sharing
Contribute to, and gain shared access to, the core System Intellectual Property (IP) and all resulting Techno-Economic Models. This verified data is crucial for accurate LCOH calculation and high-confidence investment decisions in targeted markets.
De-Risked R&D Investment
Leverage PNDC’s accredited, controlled testing facilities to rapidly de-risk technology performance under representative grid conditions. This minimises private capital expenditure on early-stage validation and reduces time-to-market for next-generation products.
Cost Reduction & Efficiency Gain
Direct access to data on optimised system architectures allows suppliers to refine their product designs for lower OpEx (reduced component wear), higher utilisation and extended system lifetime, significantly improving end-customer value.
Future Funding & Deployment Pathway
Position your organisation at the forefront of securing follow-on funding for the first 1.25 MW industrial pilot, accelerating the transition from laboratory validation to commercial deployment.
Collaborative Leadership
Establish your brand as a defining leader in flexible hydrogen technology alongside other key, influential industry partners, shaping the future of the green hydrogen market.
The Plan
Investment Structure & Roadmap
Our three-phase approach is based on a contribution model (funds and in-kind expertise).
Foundation & Design
Define the technical scope, testing plan and commercially viable system architecture.
Validation & De-Risking
Controlled testing at PNDC (3-15kW scale) simulating variable profiles to refine the design.
Commercial Model & Deployment
Translate validated results into a large-scale deployment plan (150kW – 1.25MW pilot).
Partner with GH2P
We invite equipment suppliers, system integrators and industrial energy leaders to partner with GH2P.
