You are here: Home / Products / Smart Agriculture / Agricultural Smart Sensors / Intelligent Environmental System for Greenhouse

Intelligent Environmental System for Greenhouse

Your farm, connected. Your crops, precisely monitored.

Monitor wind, rain, soil moisture, and nutrients 24/7 via the cloud. Prevent losses, optimize resources, and take the guesswork out of farming.
Features & Benefits:

Availability:



Inquire

Agricultural sensor best sensors for greenhouse monitoring greenhouse temperature monitor greenhouse gas monitoring greenhouse monitoring system

Product Description

The outdoor field intelligent monitoring system takes meteorological environment and soil conditions as its core monitoring targets. The system collects data such as wind speed, rainfall, temperature and humidity, radiation, soil moisture and nutrients, and realizes remote monitoring and early warning through the 4G cloud platform, assisting in farmland irrigation, pest and disease control, and agricultural decision-making.

Features & Benefits:

•All-in-One Environmental Monitoring: Track key metrics including wind, rainfall, temperature, humidity, and solar radiation from a single, integrated system.

•In-Depth Soil Health Analysis: Gain precise insights into soil water content and nutrient levels, the foundation of crop vitality.

•Real-Time Alerts & Predictive Insights: Get instant SMS or app notifications for critical events like high winds, heavy rainfall, or low soil moisture. Move from reactive to proactive farming.

•Remote Access via 4G Cloud Platform: View your farm's status anytime, anywhere, on any device. Your data is securely stored and easily accessible.

•Data-Driven Decision Support: Leverage historical and real-time data to make scientifically-backed decisions on irrigation, fertilization, and pest management.

You can open or close greenhouse roof by click on the mobile phone app only.

More types Tem, humidity, CO2 sensor, weather stations and soil sensor available!

(1) Soil Parameters

Sensor	Purpose	Target Range
Soil Moisture	Tracks water content to prevent over/under-irrigation (e.g., 10–30% VWC for tomatoes).	±3% accuracy.
Soil Temperature	Monitors root zone heat stress (>30°C harms most crops).	±0.5°C accuracy.
Soil EC	Measures salinity; values >2.5 mS/cm may require leaching.	±0.2 mS/cm accuracy.
Soil pH	Ensures nutrient availability (e.g., 6.0–7.0 for cucumbers).	±0.3 accuracy.
NPK Sensor	Detects nitrogen (N), phosphorus (P), potassium (K) depletion (optional).	Crop-specific thresholds.

(2) Ambient Environment

Sensor	Purpose
Air Temp/Humidity	Prevents fungal diseases (e.g., humidity >80% risks powdery mildew).
CO₂ Sensor	Enhances photosynthesis (800–1200 ppm optimal).
Light Sensor	Measures daily light integral (DLI; e.g., tomatoes need 20–30 mol/m²/day).

A Small-Scale Greenhouse Soil Sensor Setup (Tomato Example)

System Specifications:

Greenhouse Size: 6 m × 3 m (18 m²), with drip irrigation.
Crop: Tomato plants (20–30 plants).
Automation: IoT-based alerts for irrigation and ventilation.

Recommended Sensors:

Sensor	Model Example	Qty	Installation Notes
Soil Moisture/Temp	BGT-SMPS(O1)	4	Insert at 15 cm (root zone).
Soil EC/pH	BGT-SMPS(O1)	2	Calibrate monthly.
Air Temp/Humidity	BGT-WSD2	1	Hang 1.5 m above ground.
CO₂ Sensor	BGT-WSD2	1	Near plant canopy.
PAR Sensor	BGT-PAR1	1	Mounted horizontally.

Automation Logic:

Irrigation: Trigger drip system when soil moisture drops below 15% VWC.
Ventilation: Open side vents if air temperature exceeds 28°C or humidity >75%.
Fertilization: Alert when soil EC <1.5 mS/cm (nutrient deficiency).
Connect Your Farm. Perfect Your Yield. See the Platform in Action