PEM Electrolyser Stack - Storager 40 bar

Hydrogen Innovation GmbH

  • PEM electrolyser stack for green hydrogen production
  • Expected lifetime of approx. 40,000 hr
  • The total number of cells is 45
  • Hydrogen production of 0.924 - 19.401 Nm³/h
  • Production of innovative, modular PEM electrolysis solutions up to MW range for a wide range of applications

PEM Electrolyser Stack - Storager 40 bar

  • Production of innovative, modular PEM electrolysis stacks for a wide range of applications with a current density of up to 2.2 A/cm2.
  • The Storager is the right solution if you are planning large-scale hydrogen production plants.
  • Their largest electrolysis stack impresses with its innovative design and is ideally suited for use in the areas of sector coupling, decentralized energy supply, and the realization of hydrogen filling stations.
  • By coupling several individual stacks, electrical connected loads up to the MW range can be realized.
  • CCM production inhouse

Key features

  • Active electrode area (single cell): 490.9  cm²
  • Active electrode area (total): 22,089.3 cm² (45 cell)
  • Water quality: DIN ISO 3696 type 1
  • Stack voltage: approx. 73.5 - 98.9 V (45 cell)
  • Current (DC): 49.1 - 1030.8 A
  • Connected load: approx. 3.61 - 101.97 kW (45 cell)
  • Maximum water consumption: 272 ml/min (45 cell)

[video width='1600' height='1360' mp4='https://hyfindr.com/wp-content/uploads/2024/02/PEM-Electrolyser-Stack.mp4' loop='true'][/video]

Application areas

  • Hydrogen production
  • Industrial application
  • Mobility

Contact us

  • Hydrogen Innovations has the right PEM electrolyser stacks for you. Fill out the contact vendor form to contact the vendor.
Brand Hydrogen Innovation
H2 Production Rate (in ml/min) 323344
Cell Count 45
Min Volume Flow (in lpm) 78.75
Current Density (in A/cm2) 2.1
Max Ambient Temperature (in °C) 80
Hydrogen Innovation GmbH Hydrogen Innovation GmbH in collaboration with HIAT has succeeded in developing a novel PEM electrolysis stack to market maturity. By applying innovative design and manufacturing techniques, high differential pressures of up to 100 bar were realized. The high-performance core components were developed specifically for this application at the HIAT Institute and integrated into the proprietary stack design. As an innovative company, they are constantly working on the further development of stacks.
99% of all inquiries get answered within 5 days. Your inquiry will be sent immediately to the right person within the vendor organisation.

By ticking the checkbox, you consent to the collection and storage of the data you have provided for the purpose of contacting and answering your request in accordance with our Privacy Policy. You can revoke your consent at any time by sending an email to bye-bye@hyfindr.com.

By ticking the checkbox, you consent to the collection and storage of the data you have provided for the purpose of contacting and answering your request in accordance with our Privacy Policy. You can revoke your consent at any time by sending an email to bye-bye@hyfindr.com.

Latest products

Browse the Hyfindr Digital Ecosystem

Forum icon
Hyfindr
Tech Videos
Assignment icon
Hyfindr
Tech Knowledge
Thumb up icon
Hyfindr
Tech Advisory
Group icon
Hyfindr
Tech Community