IEM Integrated Smart Agricultural Irrigation Electric Control Valve

IEM Integrated Smart Agricultural Irrigation Electric Control Valve

Compact agriculture irrigation electric control valve with DN32 diameter, equipped with integrated flow monitoring for precise water control and measurement. Designed with ultra-low power consumption, it operates on a combination of lithium battery and solar power—eliminating the need for external wiring. Utilizing LoRa wireless communication, the valve enables remote management via mobile app or cloud platform. It also features an LCD display with touch buttons for on-site configuration and real-time status checking.

1. Precision Flow Control:

• Integrated electromagnetic flow sensor (start from 0.1m/s)
• Auto-shutoff upon reaching target volume

2. Energy-Autonomous Operation:

• Li-ion pack +solar charging
• More than 3-year field-proven lifespan

3. Human-Machine Interface:

• Sunlight-readable LCD with capacitive touch
• Real-time parameters:Instantaneous/cumulative flow (m³/h)
• Valve position (0-100% open)
• Battery SOC (%)

4. LoRaWAN Wireless Network

Cloud API integration:

• Threshold alerts (flow/power anomalies)
• Fleet management 

5. Predictive Diagnostics:

Motor protection:

• Overcurrent cutofff
• Stall detection

System alerts:

• Low battery
• Communication failure

6. Robust Mechanical Design:

• Marine-grade aluminum body
• IP67 sealing

Technical Parameter

Project		Description
Basic Parameters	Nominal pressure	PN10/PN16
	Nominal diameter	DN25~DN65
	Valve body structure	Ball valve
	Connection type	Socket weld
	Material	Alloy
Flow Detection	Initial flow velocity	≥0.1 m/s
	Detection accuracy	Class 2.5
Environmental Conditions	Applicable medium	Water, oil
	Applicable temperature	0~55°C
Others	Communication method	LoRa/4G
	Actuation time	For DN32 and below: < 15 seconds For DN40 and above: < 40 seconds
	Power supply mode	Indoor: Li-thionyl battery;Outdoor: Li-battery + solar
	Battery endurance time	≥ 3 years
	Protection class	IP67

 

Type and Meaning

 

Application Scenarios

The compact agriculture irrigation electric control valve is widely used in modern agriculture and horticultural irrigation systems. It is especially suitable for applications that require high water-use efficiency and remote management capabilities. Below are some of its typical application scenarios:

• Agricultural Irrigation Systems

• Orchards and Cash Crop Irrigation

• Urban Landscaping and Garden Irrigation

• Villa Gardens / Home Gardening

• Smart Agriculture / IoT-Based Irrigation Projects

 

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.