Dual Frequency Plasma Electrolyser
Engineering the Next Generation of Hydrogen
Developed to redefine efficiency and unlock the next generation of clean energy solutions.
Our Technology
Dual Frequency Plasma Electrolyzer
At the core of Hydrogen Systems Australia is a fundamentally different approach to hydrogen production. Our proprietary Dual Frequency Plasma Electrolyser represents a new generation of energy transfer technology, delivering significantly higher efficiency, lower operating costs and scalable deployment across industrial, commercial and remote applications. Designed with sustainability at its foundation, HSA's hydrogen systems contain no PFAS synthetic chemicals, eliminating reliance on persistent fluorinated compounds found in many conventional technologies. The result is a cleaner, safer and more future-ready hydrogen platform engineered for long-term environmental and commercial performance.
HSA’s Dual Frequency Plasma Electrolyzer exhibits the following characteristics:
90
Expected energy efficiency - compared with 57% for current market-dominant PEM electrolyzers
80
Cheaper than competitor products, producing green hydrogen at under USD $2kg
80,000
Hours - Life expectancy
35
of energy is estimated to produce 1kg of hydrogen, compared with approximately 56kWh required by current PEM electrolysers
Why HSA Matters
The future of hydrogen depends on efficiency and cost
Traditional systems remain too expensive and energy-intensive for large-scale adoption. By dramatically reducing both energy input and operational cost, HSA’s technology moves hydrogen from potential to practical enabling real-world deployment across industry, transport, and remote energy systems.
Real World Application
Designed for Real-World Deployment
Hydrogen Systems Australia's advanced electrolyser technology is designed to deliver practical, scalable hydrogen production wherever clean, reliable energy is needed. By enabling efficient hydrogen generation with reduced energy consumption, the technology has the potential to strengthen energy security, reduce dependence on traditional energy networks and support the transition to more resilient energy systems. Its applications extend across remote and regional communities, industrial operations, mining sites, critical infrastructure and off-grid energy projects, where reliable access to power is essential.
By producing hydrogen closer to the point of use, the technology can help reduce transmission challenges, improve energy independence and support long-term sustainability objectives. As industries and governments seek solutions to decarbonise operations and improve energy resilience, HSA's electrolyser technology provides a pathway towards cleaner, locally produced energy that can be deployed at scale to meet future energy demands.
How Green Hydrogen is Produced
Green hydrogen is produced by using electricity to separate water into hydrogen and oxygen through a process known as PEM electrolysis. Powered by renewable energy, this process creates a clean fuel with no direct carbon emissions. Advanced electrolyser technologies, such as those being developed by Hydrogen Systems Australia, aim to improve efficiency, reduce energy consumption and lower production costs, helping accelerate the commercial adoption of green hydrogen across industry, transport and energy infrastructure.
100% Renewable Energy
Clean hydrogen is produced using renewable electricity and water, creating a zero-emission fuel that supports the transition away from fossil fuels while strengthening long-term energy security.
Hydrogen Production
Hydrogen is captured, compressed and stored as a clean energy carrier that can be transported or used whenever energy is needed.
Energy Independence
Green hydrogen enables reliable local energy production, reducing dependence on imported fuels while providing long-duration energy storage for remote communities and critical infrastructure.
Let's Build the Future of Energy Together
Partner with us to explore innovative hydrogen technologies and sustainable energy solutions.
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