Fuel Cell and Electrolyzer Automation Systems

  • Automation for complete fuel-cell and electrolyzer system assembly
  • Automated feeding of peripheral components
  • Automated assembly of peripheral components
  • Integrated complete-system testing
  • Customised series-production equipment
  • Integration of handling, assembly, identification and inspection processes
  • Part of XENON's full component-to-system automation portfolio

Compare
Bookmark Add to list

XENON's Fuel Cell and Electrolyzer System Assembly Automation addresses the final manufacturing stage after stack production. The current portfolio covers automated feeding and assembly of peripheral system components together with complete system testing. XENON develops these solutions as customised automation equipment for fuel-cell and electrolysis-system series production and can integrate handling, assembly, identification, inspection and testing technologies within the overall line concept. The offering complements XENON's component-production and stack-assembly equipment, allowing manufacturers to automate the full value chain from individual electrochemical components through to tested energy systems.

Use Cases

  • Fuel-cell system manufacturing
  • Electrolyzer system manufacturing
  • Final assembly of hydrogen-energy systems
  • Series production of complete fuel-cell systems
  • Series production of complete electrolysis systems

Capabilities

  • Automates final assembly of peripheral components around the completed stack
  • Integrates system-level testing into the production line
  • Combines handling, assembly and inspection processes in a customised automation solution
  • Extends automation from stack production through complete system manufacture
XENON Automatisierungstechnik GmbH

XENON Automatisierungstechnik GmbH is a German automation-equipment manufacturer providing customised assembly and test systems for series production. Its energy portfolio covers fuel cells and electrolyzers across the full manufacturing value chain, from component production through stack assembly to complete system assembly, using in-house automation, feeding, handling, joining, inspection and testing technologies.

Latest products