Electrolysis Components TRIZ Cases

Perpendicular first and second flow paths spread gas evenly across the electrolysis region while preserving contact area for current collection.

Waste heat regenerates a desiccant dehumidifier in an SOC air path, cutting chromium-driven degradation and avoiding separate heaters.

Using battery-powered water electrolysis onboard, this case shows how FCEVs can generate and store hydrogen without external refueling stations.

Two spaced plating units and a flexible belt coat both IC chip surfaces at once, avoiding masking, burning, and adhesion loss.

A thyristor-transistor rectifier switches operating states to limit grid reactive power in electrolysis while supporting voltage and frequency changes.

A combined sulfur and chromium getter in an SOFC traps both gaseous species and blocks sulfur-mediated chromium release to extend stack life.

A rotatable frame joint enables one-time coating or plating after assembly, improving coverage while avoiding rivet gaps, rust, and extra processing.

A rotatable main plate and bracket enable one-time coating of a foldable supporting frame, avoiding rivet gaps, uneven coverage, and extra processing.

Alternating oxidation and reduction in a fuel cell stack recovers precious metals with chloride electrolytes while avoiding toxic emissions.

Grid frequency deviation control lets electrolyzers modulate power input to damp sub-synchronous oscillations and protect cells.