Unlocking the Power of Hydrogen
Learn how hydrogen is created and used as a clean fuel source though exploring the production process.
Fuel Production Process
Generation
Hydrogen is produced by electrolysis, the process by which an electrical current is used to split water into hydrogen and oxygen atoms. By using electricity sourced from clean energy sources such as solar or hydro-electric, hydrogen can be produced in large quantities without a carbon footprint.
Storage
The hydrogen gas is compressed into high-pressure tanks (typically 350 or 700 bar) for compact, safe storage. The oxygen produced can be vented or captured for use.
Fueling
At the dispenser, hydrogen is metered by mass (kg) and delivered to a target pressure using smart controls and cooling. Refueling a light-duty vehicle typically takes minutes.
Power Production
In a fuel cell, hydrogen combines with oxygen from the air to make electricity, with water as the only emission. Producing quiet, clean, power.
Resilient Power, On Demand
After generation and storage, hydrogen is ready to be deployed to many key applications.
Fuel Cell Vehicles (FCVs)
Zero-emission mobility with fast refueling and long range.
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3-5 minute fills and high uptime - ideal for fleets and cold climates.
Off-Grid Power Generation
Quiet, efficient power wherever the grid can’t reach - remote sites, telecom, or research stations.
Modular fuel-cell systems scale from portable to multi-kW.
Emergency Backup Power
Instant, reliable standby power without combustion emissions.
Reliable for long outages beyond battery runtimes, with low noise and simple maintenance - suitable for critical loads.
Advancing the Future of Clean Energy
We're working to advance the design and deployment of hydrogen fueling and power systems. Our current work focuses on modular, scalable solutions that support both mobility and stationary applications. We aim to deliver systems that are efficient, resilient, and aligned with the global transition to clean energy.
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Development is underway, and updates will be shared as projects progress further into deployment. We encourage you to stay connected as we continue to expand the possibilities of hydrogen energy.
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