AEM電解槽

Enapter AEM電解槽滿足所有氫氣需求

AEM電解槽的模組化、可堆疊的電解槽就像太陽能電池板一樣，部署單個模組滿足更小的綠色氫氣需求，或是通過組合許多電解槽可以達到MW的生氫能力。

EL 4.0 AEM電解槽

單一模組
EL 4.0 AEM電解槽是一種低成本、高品質的電解槽，非常適合實驗室、備用電源、住宅存儲等，易於安裝、操作和與軟體整合，Enapter可以提供綠色氫氣最佳解決方案。

堆疊式模組

多個模組
模組化設計可以串、並堆疊AEM電解槽，滿足生產任何容量的綠色氫氣。 非常適合應用於小型加氫站、季節性儲能、商業和工業應用。提供不間歇的氫氣來源。

多堆疊模組系統

櫃式系統整合
一個20-foot的櫃體裝置中可以堆疊多達70個EL 4.0 AEM電解槽，非常適合大型加氫站、工業用途和任何其他情況下需要大量的綠色氫氣環境。另請參閱Enapter 現成的MV 級AEM 多核心電解槽系統。

模組化到AEM 多核心電解槽系統

規模量產AEM電解槽模組—「AEM 堆疊」—是Enapter電解槽和商業模式的優勢。這些強大的核心可整合裝配於緊湊撬裝式的應用系統，能夠搭建出MW級的AEM制氫系統。

•  可擴展和模組化
•  安全操作
•  安裝快速簡便
•  維護要求低

The AEM Electrolyser:
Making Green Hydrogen Easy

Our plug & play AEM electrolysers turn renewable electricity and water into low-cost green hydrogen. At any scale, for any application.

The EL 4.0 AEM Electrolyser

1 Module
Our EL 4.0 AEM Electrolyser is a compact solution for low-cost, high-quality hydrogen. Perfect for labs, power backup, residential storage and more. Easy to install, operate and integrate with software, this is a versatile building block for green hydrogen solutions.

Stack more modules

Several modules
The modular design lets you stack AEM electrolysers to produce any amount of green hydrogen. Great for small refuelling stations, seasonal energy storage, commercial and industrial applications. Hydrogen that never sleeps.

Scale in containers

Dozens of modules
Up to 70 electrolysers can be stacked in a 20-foot container. Ideal for bigger refuelling stations, industrial use and any other situations calling for large amounts of green hydrogen. Also see our ready-made megawatt-class AEM Multicore electrolyser system.  

Modular to the core
Mass-produced electrolyser core modules – the “AEM stacks” – are at the heart of our electrolysers and our business model. These powerful cores can either be equipped with a compact support system to produce modular EL 4.0 electrolysers or combined en masse with a robust balance of plant to create the megawatt-class AEM Multicore.

• Scalable and modular
• Safe operation
• Quick and easy installation
• Low maintenance requirements