No matter how accurate a laboratory simulated light source is, it can hardly reproduce the real solar spectrum and atmospheric conditions. An outdoor device lets the catalyst run under real sunlight, exposing stability and contamination problems invisible indoors—an essential step toward real applications.
A typical outdoor photochemical reaction device includes a plate reaction surface, fluid circulation with product collection, and irradiation monitoring with data logging. The PLR-SPR Series Plate Photochemical Reaction Device is itself a thin-layer, sun-facing structure designed for outdoor use; paired with a TES132 Solar Power Meter, the incident energy can be quantified.
To increase the daily accumulated irradiation, the PLS-STAS-I Small Solar Dual-Axis Tracking Application System can be added so the reaction surface follows the sun, capturing far more effective light throughout the day. This matters especially for dose-dependent reactions such as water splitting and degradation.
Free consultation: Lab data look great but the field disappoints? Perfectlight's PLR-SPR Series Plate Photochemical Reaction Device, with solar tracking and a power meter, moves your experiment under the real sun.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Real sunlight and atmosphere reveal stability and contamination issues that indoor simulated light cannot, which is essential before application.
A plate reaction surface, fluid circulation with product collection, and irradiation monitoring with data logging; the PLR-SPR series is built for this.
The PLS-STAS-I keeps the reaction surface facing the sun all day, raising accumulated irradiation and benefitting dose-dependent reactions.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
}}]}
