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SCR-PULSENICS high-power H2 testing | Scribner
SCR-PULSENICS high-power H2 testing | Scribner
SCR-PULSENICS high-power H2 testing | Scribner
SCR-PULSENICS high-power H2 testing | Scribner
SCR-PULSENICS high-power H2 testing | Scribner
SCR-PULSENICS high-power H2 testing | Scribner

SCR-PULSENICS high-power electrochemical test systems

Reference: SCR-PULSENICS - Manufacturer: Scribner Associates

Integrated platform for commercial hydrogen R&D with high-power test infrastructure and advanced electrochemical diagnostics.

Combines Scribner test systems with Pulsenics EIS technology to accelerate development, degradation analysis and scale-up.

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SCR-PULSENICS high-power electrochemical test systems

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SCR-PULSENICS is an integrated solution for commercial hydrogen research and development that combines Scribner’s high-power electrochemical test infrastructure with Pulsenics’ advanced electrochemical diagnostic capabilities.

The platform is built to move characterization workflows beyond the laboratory, delivering a connected operating environment for evaluating performance, degradation and system behavior at industrial scale.

Researchers can work with test systems designed for demanding electrochemical applications while gaining deeper insight into stack operation, helping accelerate optimization and commercialization for electrolyzers, fuel cells and related technologies.

The collaboration builds on Scribner’s long-standing expertise in electrochemical research environments and Pulsenics’ industrial deployment of next-generation diagnostics, creating a scalable R&D tool for materials teams, stack developers and industrial research groups.

  • High-power electrochemical test infrastructure for commercial hydrogen R&D.
  • Integrated advanced electrochemical diagnostics with Pulsenics EIS technology.
  • Real-time monitoring for degradation and performance.
  • Diagnostic frequency range from 0.01 Hz to 100 kHz.
  • Scalability up to 5 MW stacks with up to 384 cells.
  • Connected workflow for performance, degradation and system behavior analysis.
  • Suitable for electrolyzers, fuel cells, stack developers, materials teams and industrial R&D groups.
  • Key benefits: deeper insight, commercial-scale testing and accelerated development cycles.
  • Complementary support for installation, training, service, repair, calibration and extended warranty.

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