In the pursuit of global decarbonization, the Hydrogen Floating Power Hub (HFPH) emerges as a transformative innovation for the maritime sector.
Developed by ELIRE Infra , this scalable, off-grid solution promises to redefine how ports and vessels access clean energy. By integrating hydrogen fuel cells, renewable energy sources, and advanced technologies, the HFPH stands as a beacon of sustainable energy innovation.

Addressing a Critical Gap in Maritime Infrastructure
The maritime sector, responsible for 2-3% of global emissions, is under intense scrutiny to reduce its carbon footprint. Traditional shore-based power systems, often limited by infrastructure and high costs, have struggled to meet this demand.

As Luke Jenkinson, Founder and Group CEO of ELIRE Group, explains:
"Our Hydrogen Floating Power Hub bridges the critical gap in maritime energy infrastructure. By offering a modular, renewable solution, we’re enabling ports and vessels to transition away from fossil fuels and toward zero-emission operations."
Pioneering Hydrogen Integration
Hydrogen is central to the HFPH's vision. As Rajeev Verma, Group CTO at ELIRE, notes:
"Hydrogen is a critical player in the energy transition, especially in heavy industry and transport. Technological advancements drive down production costs, paving the way for large-scale adoption."
The floating hubs leverage hydrogen's energy storage and release capabilities, providing a clean, resilient power source for docked vessels and port operations.
Derek McGlashan, VP of Sustainability, emphasizes the practical benefits:
"Our solutions decarbonise port operations and tackle infrastructure capacity constraints. This is essential for scaling sustainable maritime power."
A Safer, Flexible Energy Solution
Safety and adaptability are hallmarks of the HFPH design. Nathaniel Frithiof, ELIRE’s Business Development lead, highlights the hub's strategic advantages:
"Our floating infrastructure offers a safer environment for hydrogen storage and transfer, distanced from onshore activities. This flexibility is vital for ports navigating evolving international hydrogen standards."
Innovative Design and Real-World Applications
The HFPH features a modular, hexagonal design, allowing it to scale effortlessly across diverse environments. The hub delivers versatile, zero-emission power from urban ports like the Thames Estuary to remote communities.


Rajeev Verma envisions its global impact: "We aim to establish the HFPH as a global standard for maritime sustainability. Its adaptability ensures it can address energy needs and reduce emissions worldwide."
The hub’s inaugural deployment, set for autumn 2025 in Greenwich, UK, will serve as a live operational trial. This milestone marks the beginning of a global rollout designed to transform maritime energy.
Setting a Standard for Green Maritime Infrastructure
The HFPH aligns with multiple UN Sustainable Development Goals (SDGs). These include SDG 7 (Affordable and Clean Energy), SDG 13 (Climate Action), and SDG 14 (Life Below Water), amongst others.
The Future of Maritime Energy
As the maritime industry accelerates toward its zero-emission future, ELIRE’s Hydrogen Floating Power Hub is poised to play a pivotal role.
By combining innovation, sustainability, and practicality, the HFPH sets a new benchmark for clean energy solutions.
Luke Jenkinson adds: "The future of energy in the maritime sector is floating, renewable, and hydrogen-powered. With the Hydrogen Floating Power Hub, ELIRE is turning that vision into a reality."
This pioneering initiative promises to shape not only the future of maritime energy but also broader global efforts to combat climate change and achieve energy sustainability.

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