Enapter Launches one-size-fits-all AEM Electrolyser EL 4.0 for Green Hydrogen Production

The cleantech company Enapter (WKN A255G0) is launching the first standardised electrolyser suitable for mass production.

In doing so, it seeks to boost the green hydrogen market by mirroring the success seen with the commodification, rapid uptake and cost reductions of standardised solar modules.

The AEM Electrolyser EL 4.0 is a one-size-fits-all solution for green hydrogen production – and the next step in replacing fossil fuels.

The EL 4.0 is the fourth generation AEM (anion exchange membrane) Electrolyser Enapter has developed since 2017 – and the new version is smaller, lighter and ISO 22734 certifiable.

Enapter's technology combines the benefits of alkaline electrolysers' low-cost materials (steel instead of titanium) with the flexibility and compact size of PEM electrolysers.

The standardised modules can be stacked and combined for projects of any size – all the way to the megawatt-scale, where Enapter's AEM Multicore comes into play based on identical AEM stack technology.

With its new model, Enapter wants to meet the strong demand for easily installable and integrable electrolysers. Customers have already made more than 400 orders, even before the market launch.

Enapter has over 100 integration partners installing its green hydrogen generators around the world, driving decarbonisation forward in sectors ranging from energy through to mobility, industry and the built environment. The EL 4.0's simple plug-&-play integration significantly shortens the installation time for these integration partners.

"The next milestone on our mission: Replacing fossil fuels with green hydrogen", says Sebastian-Justus Schmidt, Co-Founder and CEO of Enapter. "The EL 4.0 will become a building block for system integrators, letting them rapidly deploy hydrogen production and enact the market ramp-up the world needs. We are sure that the future mass production of these AEM Electrolysers will fundamentally change the production of green hydrogen."