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- IoT Greenhouse Quantum Light & CO₂ Sensor Display Panel
IoT Greenhouse Quantum Light & CO₂ Sensor Display Panel
- ✅ Real-Time Display of Critical Environmental Data
1. Five core environmental parameters — PAR (Photosynthetically Active Radiation), CO₂, temperature, humidity, and atmospheric pressure — displayed simultaneously in real time.
2. High-brightness LED numerical display supports both indoor and semi-outdoor use.
3. Clearly presents essential data to assist in irrigation decisions, ventilation control, and supplemental lighting timing.
✅ Durable and Weather-Resistant Aluminum Frame
1. Industrial-grade extruded aluminum frame with anti-rust, UV-resistant, and moisture-proof treatment.
2. Designed for long-term deployment in farms, greenhouses, and smart agriculture environments.
✅ Wireless Cloud Transmission and Remote Monitoring
1. Built-in 4G / Wi-Fi / NB-IoT wireless modules enable real-time cloud synchronization.
2. Farm managers can remotely access data and receive alerts via mobile phone or computer.
✅ Modular Multi-Parameter Sensor Integration
1. In addition to PAR, CO₂, temperature, humidity, and pressure, the system can be expanded with additional modules such as soil
EC/moisture/pH/NPK.
2. Supports integration with video surveillance, wind speed/direction sensors, rainfall gauges, and WBGT (Wet Bulb Globe Temperature)
environmental modules.
- Product Information
⚙️【Key Features】
| Features List | Description |
|---|---|
| PPFD Display | Displays plant-available light intensity, measured in μmol/m²/s. |
| CO₂ Concentration Detection | Real-time monitoring of photosynthesis efficiency and ventilation needs. |
| Temperature and Humidity Monitoring | Control of Transpiration and Disease Risk Indicators |
| Atmospheric Pressure Value Display | Reference Basis for Air Exchange Efficiency in Plateau / Enclosed Spaces |
| Real-time Clock Display |
Displays the current monitoring time to assist in matching production records. |
🧪【Application Scenarios】
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🌱 Smart Greenhouse Environmental Management: Instantly check if crop growth conditions are optimal.
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💧 Irrigation Management Decision Basis: Use light intensity and humidity values to determine when to start or stop irrigation.
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🔆 Supplemental Lighting and Ventilation Control Alerts: Instantly judge if supplemental lighting or window opening is needed based on insufficient PPFD or CO₂ levels.
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📊 Long-term Data Analysis and Record Keeping: Upload data to the cloud for chart plotting, periodic analysis, and anomaly alerts.
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🧑🌾 Farmers’ On-site Quick Interpretation: Even without a phone or platform, farmers can directly view real-time values on the display panel for enhanced convenience.