Enapter’s modular design
Did you know that only 2.4% of green hydrogen production stops if a stack failure is detected in our megawatt-scale electrolyser? ⬇️ We call this:
Built-in redundancy for maximum uptime.
But why is this so important?
We talk a lot about costs and efficiency, which are important for obvious reasons.
However, there is little public discussion about failures. But like with any other technical device, errors and failures can occur in electrolysers.
When green hydrogen production comes to a standstill, time is money.
For example, an H2 refuelling station operator can only provide a limited amount of stored green hydrogen, and a breakdown of the whole electrolyser lasting several weeks would mean massive economic losses.
Enapter's #AEM Nexus 1000 is a 1 MW containerised electrolyser featuring 42 AEM strings around a common balance of plant. Each string contains 10 AEM Stack modules, is able to produce 5 Nm3 of H2 per hour and can be controlled independently.
Instead of facing single points of failure, this modular design removes bottlenecks and provides a high degree of stack redundancy.
Only 2.4% of production stops if a stack failure is detected.
In other words: You can shut down one string and easily replace the affected stack module, while the rest of the electrolyser’s strings still produce green hydrogen.
Using modular and standardised #AEM Stacks comes with a lot of service advantages:
✅Easy to service: Standardisation reduces complexity significantly
✅Short lead times: No months of waiting for a replacement
✅Reduced weight: Small modules don’t require a crane
✅Economies of scale: Replace or repair at a fair cost
That’s why we call this: Built-in redundancy for maximum uptime.
Our customers value this resilience they can rely on.
And if you’re also looking for non-stop, reliable green hydrogen production?
