Project 

Gas pipelines in cities are generally laid buried. The higher the pressure in the gas pipeline, the greater the possibility that the pipeline joints will be disconnected and cracks will appear in the pipeline itself. Because leakage of the pipeline may cause accidents such as fires, explosions, poisoning, etc., causing Greater economic losses have threatened the safety of lives and property of residents around the pipeline network. Therefore, the urban gas pipeline network should not only ensure uninterrupted and reliable supply of gas to users, but should also consider real-time monitoring of the operating status of the gas pipeline network to reduce the probability of pipe network safety accidents.

Requirement

Gas pipe network monitoring plan

Connect to the IoT cloud platform through 4/5G networking through the 4G Industrial IoT Gateway to realize real-time monitoring and uploading of sensor data such as gas pipeline pressure, electricity, and gas flow. The platform analyzes and processes data, allowing users to realize data viewing, modification, alarm, statistics, analysis and other functions through computers or mobile phones. The Internet of Things gateway has a breakpoint resume function. If the site is disconnected, it can also ensure that your data is not lost and the integrity of the data is guaranteed. The status monitoring of the gas pipeline pressure regulating station is carried out through the intelligent gateway to detect status information such as pipeline flow and pressure in real time, which fully reduces the difficulty for the configuration software to cope with cumbersome protocol analysis and docking. It only needs to use the unified standard MQTT protocol to connect with the Huawo Industrial Internet of Things., decoupling the configuration software from the collection equipment, releasing the data processing pressure of the configuration software, and improving the stability and reliability of the platform operation.

program introduction

Successful cases