Replace fossil fuels with low-cost green hydrogen
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What we do
More than 5,000 Enapter AEM Electrolysers produce green hydrogen worldwide, enabling solutions in refuelling, energy storage, industry, power-to-x, and research. Rapidly deploy modular systems matching your needs, from pilot projects to 100 MW installations.
Company's story
Our Specialty
AEM Electrolyser EL 4
Jumpstart with our kW-scale electrolyser – with lead times as short as three weeks. Take one or stack multiple devices.
AEM Nexus
Your simple-to-integrate electrolyser for projects from 500 kW to several megawatts. Scale up your green hydrogen production.
AEM Flex 120
A flexible electrolyser solution customisable for green hydrogen needs from 70 kW up to 480 kW.
Commitment of Top Management
Our Quality Policy is embedded into all levels of Enapter, with particular attention to our most powerful resource: the internal stakeholders, our employees! Enapter is growing rapidly and we make sure that every employee is a great addition to the team – with the motivation to improve the world, as well as the technical and organisational skills to improve our team and the company. We are committed to fostering the quality culture both within the company and regarding external stakeholders by applying our Quality Management System – to better develop, manufacture and provide high-quality products.
Sustainable Products
We don’t just provide customers with a sustainable way to produce renewable energy: We create long-lasting products, engineered in line with circular economy principles. From the first idea to the final product, we always think from cradle-to-cradle – from start to end-of-life and future refurbishment or recycling. Our business concept takes care of the development of our product, our business and our productive processes throughout the whole life cycle.
Jumpstart with our kW-scale electrolyser – with lead times as short as three weeks. Take one or stack multiple devices.
AEM Nexus
Your simple-to-integrate electrolyser for projects from 500 kW to several megawatts. Scale up your green hydrogen production.
AEM Flex 120
A flexible electrolyser solution customisable for green hydrogen needs from 70 kW up to 480 kW.
Commitment of Top Management
Our Quality Policy is embedded into all levels of Enapter, with particular attention to our most powerful resource: the internal stakeholders, our employees! Enapter is growing rapidly and we make sure that every employee is a great addition to the team – with the motivation to improve the world, as well as the technical and organisational skills to improve our team and the company. We are committed to fostering the quality culture both within the company and regarding external stakeholders by applying our Quality Management System – to better develop, manufacture and provide high-quality products.
Sustainable Products
We don’t just provide customers with a sustainable way to produce renewable energy: We create long-lasting products, engineered in line with circular economy principles. From the first idea to the final product, we always think from cradle-to-cradle – from start to end-of-life and future refurbishment or recycling. Our business concept takes care of the development of our product, our business and our productive processes throughout the whole life cycle.
Our story
Our Vision
To live in a world where fossil fuels are no longer used and green hydrogen fuels and powers the world via renewable energy sources.
Our Mission
To make green hydrogen affordable and accessible to all. We are reducing the cost of water electrolysis so hydrogen is competitive with fossil fuels.
Our Goal
To be responsible for 10% of global hydrogen generation capacity by 2050. We work towards the overall goals set by the Hydrogen Council.
To make all of this happen, we act with urgency, opt for
simplicity and insist on transparency.
The Anion Exchange Membrane (AEM) Electrolyser is what will get us there.
Our modular electrolysers can be deployed singly or en masse for any amount of on-site hydrogen for any application. Inspired by the mind-blowing cost reduction of solar panels and microchips through standardisation and mass production, we’ve developed plug-and-play electrolysers to be manufactured at scale.
We believe mass-produced AEM Electrolysers will make the lowest cost hydrogen.
To find the origins of Enapter, we have to flash back to the jungle-clad hills of Chiang Mai, Thailand. The German software CEO Sebastian-Justus Schmidt had moved there to be closer to clients in 2004 – also the year the Italian firm ACTA was founded, focusing on R&D in fuel cell and AEM electrolysis. Years later, several of their AEM Electrolyser prototypes went to the Schmidt family’s sustainable microgrid residence – the Phi Suea House.
To live in a world where fossil fuels are no longer used and green hydrogen fuels and powers the world via renewable energy sources.
Our Mission
To make green hydrogen affordable and accessible to all. We are reducing the cost of water electrolysis so hydrogen is competitive with fossil fuels.
Our Goal
To be responsible for 10% of global hydrogen generation capacity by 2050. We work towards the overall goals set by the Hydrogen Council.
To make all of this happen, we act with urgency, opt for
simplicity and insist on transparency.
The Anion Exchange Membrane (AEM) Electrolyser is what will get us there.
Our modular electrolysers can be deployed singly or en masse for any amount of on-site hydrogen for any application. Inspired by the mind-blowing cost reduction of solar panels and microchips through standardisation and mass production, we’ve developed plug-and-play electrolysers to be manufactured at scale.
We believe mass-produced AEM Electrolysers will make the lowest cost hydrogen.
To find the origins of Enapter, we have to flash back to the jungle-clad hills of Chiang Mai, Thailand. The German software CEO Sebastian-Justus Schmidt had moved there to be closer to clients in 2004 – also the year the Italian firm ACTA was founded, focusing on R&D in fuel cell and AEM electrolysis. Years later, several of their AEM Electrolyser prototypes went to the Schmidt family’s sustainable microgrid residence – the Phi Suea House.
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