Pure photocatalysis is limited by photogenerated-carrier recombination; pure electrocatalysis is limited by high overpotential. Photo-electro synergy applies bias while illuminating, promoting carrier separation and lowering the reaction barrier, often yielding activity higher than the sum of the two.
Using the PLR-GSPR Atmospheric-Pressure Gas-Solid Photocatalytic Reaction System or the PEC2000 Photoelectrochemical Test System as a platform, superimpose controlled potential and light source, and record how current and products change with potential under illumination.
Pair with the PL-SPV/IPCE1000 Steady-State Surface Photovoltage Spectrometer to see carrier-separation efficiency, explaining the source of synergy enhancement.
Free consultation: Want to verify whether photo-electro synergy truly enhances? Perfectlight links the PLR-GSPR with photoelectrochemical test systems to help you fully explain "1+1>2."
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Pure photocatalysis suffers recombination; pure electrocatalysis suffers high overpotential; synergy applies bias plus light to boost carrier separation and lower barriers.
Calibrate light with the PL-MW2000, scan potential at fixed light, and compare dark-bias vs illuminated-bias activity as the light contribution.
Pair with the PL-SPV/IPCE1000 to measure carrier-separation efficiency, explaining the synergy source.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
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