IGM IoT Smart Greenhouse Climate Monitor

IGM Smart Greenhouse IoT Environmental Monitor

IGM Intelligent Greenhouse Environmental Monitor is a compact IoT device designed for real-time environmental monitoring to enhance your greenhouse management and optimize crop growth. By tracking temperature, humidity, CO2 levels, light intensity, and atmospheric pressure, it provides precise insights to help you maintain ideal conditions for plant health and productivity.

Multi-Parameter Environmental Monitoring：

Simultaneously measures temperature, humidity, CO2 concentration, light intensity, and atmospheric pressure for comprehensive greenhouse climate analysis.

Wireless Data Transmission：

Real-time LCD display with dual wireless connectivity (LoRa/4G) for flexible data transmission to cloud platforms.

Ultra-Low Power Consumption：

Advanced power-saving technology with air wake-up function

Removable lithium battery for extended operation and easy maintenance.

Robust IP67 Protection:

Fully sealed enclosure resistant to dust, moisture, and harsh greenhouse conditions

Wide range of application scenarios:

Suitable for a variety of applications such as precision agriculture, greenhouse climate control, urban agriculture, indoor planting systems, and scientific research, providing accurate environmental monitoring and intelligent management solutions.

Technical Parameter

Project		Description
Ambient temperature	Temp Range	-10~55°C
	Resolution	±0.1°C
	Accuracy	≤±0.2°C
Relative humidity	Humi Range	0~100%RH
	Resolution	0.1%RH
	Accuracy	±1.2%RH
Illuminance	Temp Range	0-100KLUX
	Resolution	0.1LUX
	Accuracy	±3%
Carbon dioxide	Temp Range	0-5000PPm
	Resolution	1PPM
	Accuracy	±40PPM
Working environment	Operating Temperature	-10 - 55°C
	Operating Humidity	0~85% relative humidity,no condensation
Other	Power Supply System	Built-in lithium battery
	Communication System	LoRa/GPRS/NB-LoT/4G

 

 

Type and Meaning

 

 

Application Scenarios

SINOSO IGM Smart Greenhouse Environmental Monitor is suitable for modern greenhouse management, precision agriculture, urban farming, and scientific research environments. By real-time monitoring of temperature, humidity, CO₂ concentration, and light intensity, it helps optimize crop growth and yield, ensuring plant health. Its low power consumption, wireless transmission, and strong durability make it an ideal choice for greenhouses, vertical farms, and indoor growing systems, enabling automated regulation and efficient resource utilization.

 

Why Choose SINOSO

SINOSO is a postgraduate workstation in Jiangsu Province, a research cooperation unit, a research experimental base and a postgraduate training base of China Agricultural University, Nanjing Agricultural University, Hohai University, Jiangsu University, Southwest University of Science and Technology, Jiangsu Academy of Agricultural Sciences, and Nanjing Institute of Agricultural Mechanization of the Ministry of Agriculture and Rural Affairs.