Hydrogen Component Test Equipment - HAINZL

  • Designed for development of proportional pressure and shut-off valves for hydrogen fuel cell electric vehicles
  • Heated test chamber
  • Material and component selection to ensure tightness
  • Forming gas used to reduce costs and avoid explosive zones
  • Simulation of thermal environmental influences

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A test stand designed for the development of proportional pressure and shut-off valves for hydrogen fuel cell electric vehicles. It features a nominal pressure up to 700 bar, a highly-dynamic valve system for generating pressure fluctuations, a heated test chamber, and material and component selection to ensure tightness. It also uses forming gas to reduce costs and avoid explosive zones. Technical highlights include pressure and flow control, simulation of consumption for generating pressure fluctuations, simulation of thermal environmental influences, integrated high-pressure generation and storage, test pressures up to 700 bar, precise Coriolis mass flow measurement, test stand automation using OCEAN, and test medium: forming gas 95/5 (optional H2 operation in ATEX design).

Use Cases

  • Development of proportional pressure and shut-off valves for hydrogen fuel cell electric vehicles

Capabilities

  • Pressure and flow control
  • Simulation of consumption for generating pressure fluctuations
  • Simulation of thermal environmental influences
  • Integrated high-pressure generation and storage
  • Precise Coriolis mass flow measurement
  • Test stand automation using OCEAN
HAINZL Industriesysteme GmbH

HAINZL specializes in sustainable hydrogen production through its innovative container-based electrolysis systems. The companys PEM electrolyzer offers a scalable, turnkey solution for green hydrogen. HAINZLs technology supports the hydrogen economys growth.

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