LoRaWAN Smart Meter Communication Module

The LoRaWAN Smart Meter Communication Module is designed for low-power remote metering applications, helping traditional utility meters connect to modern IoT-based AMR and AMI systems. It can collect metering signals from compatible water meters, gas meters, heat meters, and other utility meters, then transmit data wirelessly through a LoRaWAN network.

With support for pulse signal acquisition, sensor-based metering, encrypted communication, remote parameter configuration, and long-term battery operation, this module provides a practical solution for meter manufacturers, utility companies, and system integrators developing smart metering products or retrofit projects.

Key Features

• LoRaWAN-based wireless communication for remote meter reading
• Low-power design for battery-operated smart meters
• Supports pulse signal collection and sensor-based metering
• Suitable for reed switch, Hall sensor, and non-magnetic sensing applications
• Secure wireless data transmission for utility metering systems
• Automatic meter data reporting for daily operation
• Remote parameter setting for easier project maintenance
• Local wireless configuration for installation and testing
• Magnetic interference alarm for abnormal condition monitoring
• Power status detection and data protection during power loss
• Optional valve control function for prepaid or remote shut-off applications
• Flexible antenna options for different meter structures and installation environments

Applications

• LoRaWAN smart water meter development
• LoRaWAN smart gas meter development
• Utility meter retrofit communication solutions
• AMR / AMI remote meter reading systems
• Smart city water and gas metering projects
• Residential and commercial meter data collection
• Meter OEM and ODM integration projects
• Battery-powered IoT metering devices

Compatible Meter Types

This module can be used with compatible meters requiring wireless remote reading, including:

• Water meters
• Gas meters
• Heat meters
• Pulse-output utility meters
• Sensor-based mechanical meters

Compatibility should be evaluated based on the meter structure, signal output type, power supply design, antenna layout, and system communication requirements.