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- IoT- Quantum Light & CO2 for Greenhouse
IoT- Quantum Light & CO2 for Greenhouse
1. Accurate Measurement of Photosynthetically Active Radiation (PPFD)
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Measures light in the spectrum range of 400–700 nm, which aligns with the effective wavelengths for plant photosynthesis.
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Provides readings in μmol/m²/s, accurately reflecting the actual light energy received by crops.
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Avoids the inaccuracies of using standard lux meters that may misjudge light intensity.
✅ 2. Supports Smart Lighting and Energy-Saving Control
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Can be integrated with LED lighting systems to automatically turn on or adjust brightness for light compensation.
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Effectively utilizes natural sunlight to reduce electricity costs and carbon emissions.
- Product Information
✅ 3. Precise Environmental Control
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Can be integrated with temperature, humidity, and CO₂ sensing modules to form a complete microclimate management system.
Ideal for high-value crops such as tomatoes, strawberries, leafy greens, and hydroponic vegetables.
✅ 4. Enhanced Data-Driven Decisions and Early Warning Management
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Data can be uploaded to the cloud to build historical records and AI prediction models.
Real-time alerts can be triggered when PPFD is too high or too low, helping prevent plant scorching or excessive elongation.
✅ 5. Flexible Installation & Easy Maintenance
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Supports wall-mounted, stand-mounted, or suspended installation options.
Compatible with RS485, Wi-Fi, or NB-IoT communication modules for quick deployment.
🏷️ Application Scenarios:
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Smart greenhouses, net houses, plant factories, light simulation laboratories, agricultural sheds
Target Users: Agribusinesses, research institutes, farmers/young farmers, ESG environmental control users.