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LoRaWAN Gas Meter

Overview

Description

In situations requiring the shutdown of gas meters, such as during disasters or extended absences, there is a need for a system that can automatically handle this without human intervention. Long Range Wide Area Network (LoRaWAN®) enables efficient, long-distance data transmission with low power consumption. The LoRaWAN Class B standard is ideal for gas meters due to its low power usage and reduced latency for remote control. Moreover, the LoRaWAN network supports other IoT solutions that can address regional challenges and drive revitalization efforts.

System Benefits​:

  • The MCU features the industry's lowest power consumption and integrates seamlessly with LoRa® software for LoRa-based ICs, ensuring energy-efficient operation and broad application compatibility, particularly for battery-powered gas meters.
  • The reliable, low-loss 50Ω SPDT absorptive RF switch provides consistent performance and ensures compatibility across various wireless and RF applications.
  • The sensor signal conditioner (SSC) IC delivers high-resolution sensor accuracy, offering offset, span, and first and second-order temperature compensation for pressure sensor signals.
  • The gas flow sensor module includes solid thermal isolation and a silicon-carbide coating for enhanced protection against abrasive wear and water condensation.

Comparison

Applications

  • Gas meters

Winning Combinations Interactive Diagram

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4:3 ratio Sheet.99 Sheet.1 Sheet.2 Sheet.3 Sheet.4 JP154 JP154 JP154 Boost Regulator Boost Regulator Boost Regulator Flow Sensor Flow Sensor Flow Sensor Open/Close Valve Open/Close Valve Open/Close Valve Pressure Sensor Pressure Sensor Pressure Sensor Temperature Sensor Temperature Sensor Temperature Sensor Actuator Driver Actuator Driver Actuator Driver Sensor Signal Conditioner Sensor Signal Conditioner Sensor Signal Conditioner LoRa® - based RF IC LoRa® - based RF IC LoRa® - based RF IC Tx/Rx Switch Tx/Rx Switch Tx/Rx Switch Meter Control Unit Meter Control Unit Meter Control Unit RF Control Unit RF Control Unit RF Control Unit Battery 2-Cell Sheet.30 Sheet.31 Sheet.32 Sheet.33 Line 1pt.1552 Line 1pt.1608 Ground (earth) Sheet.37 Sheet.38 Sheet.39 Sheet.40 OLED Sheet.43 Sheet.45 Sheet.46 Sheet.47 Sheet.48 Sheet.49 Sheet.50 Sheet.51 Sheet.52 Sheet.53 Sheet.54 Sheet.55 Sheet.56 Sheet.57 Sheet.58 Sheet.59 Sheet.60 Sheet.61 Sheet.62 Sheet.63 Sheet.64 Sheet.65 Sheet.66 Sheet.67 Sheet.68 Sheet.69 Sheet.70 Sheet.71 Sheet.72 Sheet.73 Sheet.74 Sheet.75 Sheet.76 Sheet.77 Sheet.78 Sheet.79 Sheet.80 Sheet.81 Sheet.83 Sheet.84 Sheet.85 Sheet.86 Sheet.87 Sheet.88 Sheet.89 Sheet.90 Sheet.91 Sheet.92 Sheet.93 Sheet.94 Sheet.95 Sheet.96 Sheet.97 3.3V 3.3V 3.3V 5V to Sensors and others 5V to Sensors and others 5V to Sensors and others To Others To Others To Others Tx/Rx Control Tx/Rx Control Tx/Rx Control Power Power Power External Antenna Terminal External Antenna Terminal External Antenna Terminal Connector 1.163 Sheet.112 Connector 1.163.113 Connector 1.163.114 Input Connector 1.163.122 Sheet.123 MCU 1 MCU MCU I2C I2C I2C I/O I/O I/O I2C I2C I2C UART UART UART LCDC LCDC LCDC Sheet.124 MCU 2 MCU MCU UART UART UART UART UART UART GPIO GPIO GPIO
Exiting Interactive Block Diagram