Manufacturing electrolysers with the world’s highest efficiency.
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What we do
Green hydrogen will play a critical role in decarbonisation of hard-to-abate sectors. With ultra-high 95% efficiency, Hysata electrolysers will enable the lowest Levelised Cost of Hydrogen (LCOH) and save green hydrogen customers billions of dollars.
We have developed a turn-key solution that delivers a step-change improvement over existing designs. With high efficiency performance in an intrinsically simpler, cheaper and modular system, we will transform the economics of green hydrogen production.
Our disruptive, world-leading 95% system efficiency has been recognised via publication in top-tier journal Nature Communications. It is also already ahead of International Renewable Energy Agency’s 2050 efficiency target.
Backed by leading global strategic and financial investors, Hysata is moving rapidly towards manufacturing at the multi-gigawatt scale.
Company's story
Our Specialty
Hysata will deliver the world’s lowest cost green hydrogen
Electrolysers use electricity to split water into hydrogen and oxygen and are the key technology for producing green hydrogen. The main challenge for the industry today is that existing electrolysers are complex, costly, only moderately efficient, and difficult to scale.
Over the last 50 years, there have only been incremental improvements in electrolyser systems. Until now.
Capillary-fed electrolysis
A fundamentally new approach, creating billions of dollars in value.
Most efforts to reduce the cost of green hydrogen focus on electrolyser capex. However, electricity makes up most of the cost of green hydrogen. The more energy-efficient the electrolyser, the less electricity is wasted, and the lower the cost of green hydrogen. Less waste heat also translates to a simpler balance of plant with less cooling and liquid handling required.
Hysata’s transformative electrolysis design is underpinned by two key innovations: an ultra-low resistance separator, and bubble-free operation. Together, these factors collapse the resistance of the cell and make our cell highly efficient.
This step-change efficiency improvement leads to lowest cost green hydrogen, accelerating its competitiveness in the hard to-abate sectors.
Electrolysers use electricity to split water into hydrogen and oxygen and are the key technology for producing green hydrogen. The main challenge for the industry today is that existing electrolysers are complex, costly, only moderately efficient, and difficult to scale.
Over the last 50 years, there have only been incremental improvements in electrolyser systems. Until now.
Capillary-fed electrolysis
A fundamentally new approach, creating billions of dollars in value.
Most efforts to reduce the cost of green hydrogen focus on electrolyser capex. However, electricity makes up most of the cost of green hydrogen. The more energy-efficient the electrolyser, the less electricity is wasted, and the lower the cost of green hydrogen. Less waste heat also translates to a simpler balance of plant with less cooling and liquid handling required.
Hysata’s transformative electrolysis design is underpinned by two key innovations: an ultra-low resistance separator, and bubble-free operation. Together, these factors collapse the resistance of the cell and make our cell highly efficient.
This step-change efficiency improvement leads to lowest cost green hydrogen, accelerating its competitiveness in the hard to-abate sectors.
Our story
Our mission is to accelerate the world’s shift away from fossil fuels to green hydrogen by delivering the world’s most efficient, simple and reliable electrolyser.
Green hydrogen is expected to supply 10 – 15 % of energy in a net zero global economy and contribute 20% of the total abatement required by 2050 for net zero. Crucial to decarbonise hard-to-abate sectors like steel, chemicals, high grade heat and heavy transport, green hydrogen creates a huge commercial and decarbonisation opportunity.
Electrolysers are the key technology to unlock this opportunity. Hysata electrolysers have a huge efficiency advantage, intrinsically low capex and a stack architecture that gives unprecedented ability to scale manufacturing – delivering a disruptive step change in the price of green hydrogen.
Hysata is headquartered in an 8500 sqm manufacturing facility in Port Kembla, Australia.
Green hydrogen is expected to supply 10 – 15 % of energy in a net zero global economy and contribute 20% of the total abatement required by 2050 for net zero. Crucial to decarbonise hard-to-abate sectors like steel, chemicals, high grade heat and heavy transport, green hydrogen creates a huge commercial and decarbonisation opportunity.
Electrolysers are the key technology to unlock this opportunity. Hysata electrolysers have a huge efficiency advantage, intrinsically low capex and a stack architecture that gives unprecedented ability to scale manufacturing – delivering a disruptive step change in the price of green hydrogen.
Hysata is headquartered in an 8500 sqm manufacturing facility in Port Kembla, Australia.
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