Spectrum Genius Agricultural L 3.0.2

The Spectrum Genius Agricultural Lighting (SGAL) application has been introduced as a professional tool for evaluating, selecting, and monitoring grow lights in indoor horticultural environments. SGAL aims to enhance the efficiency of indoor plant production through precise data analysis and decision-making support.

By integrating SGAL with the Lighting Passport spectrometer, users can systematically record and share valuable spectral data, enabling more informed decisions and comprehensive tracking of plant growth history. The use of our advanced spectrometer ensures that growers have access to reliable measurements that underpin effective cultivation strategies.

• Smart Plant Growth Diary: The application features a unique "diary mode" for daily or weekly recording of light source parameters and plant development. This organized record facilitates detailed analysis and more efficient management of horticultural operations. The combined hardware and software support synthesize accurate data with strategic planning.
• Importing Reference Data: Users can incorporate custom spectral data into the SGAL reference library via the app. This functionality allows for personalized comparisons and tailored growth assessments within the "Reference Menu."
• Rapid Measurement and Data Analysis: SGAL offers a "Single Mode" for quick light measurements, alongside a "Multiple Mode" for comparative analysis across different light sources. The "Comparison Mode" further distinguishes between two grow lights to evaluate their spectral differences. The software displays multiple metrics simultaneously, including PPFD, YPFD, Efficiency (%), R/ B ratio, R/IR ratio, DLI, CCT, Illuminance (lx), λp (nm), among others.
• SGAL Reference Generator: This macro-enabled Excel program allows users to import their own plant growth PAR data into the SGAL app’s reference library, promoting customized analysis.
• Targeted Spectral Information: The "Ref. Spectrum" feature aids users in understanding the specific spectral needs of various plants, assessing light source appropriateness, and making informed adjustments. Meanwhile, the "Weighted Spectrum" provides insight into the effectiveness of different wavelengths, supporting optimal light source performance and plant health.
• All-in-One Solution: Traditionally, comprehensive spectral analysis requires multiple devices such as PAR meters, lux meters, spectrometers, DLI meters, and R/ IR sensors—an often time-consuming process. The Lighting Passport consolidates these functionalities into a single device, streamlining workflow and enabling more efficient data collection and analysis.