IoT Ultra-Efficient Smart Irrigation Water Meter/IoT-Enabled Remote Valve

Product Specification

Product Description

The IoT Ultra-Efficient Smart Irrigation Water Meter is a next-generation flow measurement and regulation device purpose-built for modern precision agriculture. By combining high-accuracy ultrasonic sensing with a built-in motorized valve and long-range wireless connectivity, this meter transforms traditional irrigation pipelines into intelligent, remotely manageable water distribution nodes.

Designed to withstand harsh field conditions, the unit features a rugged IP68-rated housing that resists dust, moisture, and temporary submersion. The ultrasonic core contains no moving parts, ensuring maintenance-free operation even in silt-laden or sandy water sources commonly found in farming environments.

The integrated communication module supports multiple LPWAN protocols (NB-IoT, LoRa, LoRaWAN, 4G), enabling seamless integration with existing farm management platforms or cloud-based SCADA systems. The meter actively measures instantaneous flow, totalized consumption, and line pressure, while the motorized valve allows operators to remotely start, stop, or throttle water supply based on scheduled irrigation cycles or real-time soil moisture data.

This solution empowers agricultural operations to significantly reduce water waste, comply with environmental regulations, and optimize crop yield through data-driven irrigation management.

Key Functions

Precision Flow Measurement – Ultrasonic transit-time technology delivers ±2% accuracy across wide flow ranges, from minimal drip irrigation to high-volume flood irrigation.

Remote Valve Actuation – Integrated motorized ball valve enables instant ON/OFF control from the cloud platform or mobile app, eliminating manual trips to remote field valves.

Real-Time Data Transmission – Sends instantaneous flow rate, total consumption, pressure, valve status, and battery level to the central monitoring system at configurable intervals.

Scheduled Irrigation Programming – Allows pre-set timing for automated opening/closing, supporting multiple daily cycles without human intervention.

Tamper & Leak Detection – Continuously monitors for abnormal flow patterns (pipe bursts, theft, or valve malfunctions) and triggers SMS/email/push alerts.

Accumulated Consumption Logging – Stores historical data for billing, crop water footprint analysis, and regulatory reporting.

Low-Power Operation – Optimized duty cycling extends battery life to 8–12 years, or supports external solar/battery power configurations.

Two-Way Communication – Enables remote firmware updates, parameter adjustments, and diagnostic checks without field visits.

Water-Saving Mode – Automatically reduces flow during non-peak hours or adjusts based on rainfall forecast data from connected weather APIs.

Multi-User Management – Supports role-based access (owner, manager, technician) with full audit trails for accountability.