The MEI pressure monitoring and regulation system is the solution IoT Use microcontroller STM32, specializes in monitoring pressure and flow in water supply networks, and automatically controls pressure regulating valves to maintain stable pressure and reduce water loss. The device supports pressure sensor connection 4–20 mA, flow meter RS485 Modbus RTU and transmit data directly to the platform MEI ECO qua 4G LTE use protocol MQTT. The system operates by Solar energy combined with rechargeable battery, support Continuous Mode, Low Power Mode, Offline Data Logging, automatically synchronize data when there is a network, set alarm thresholds or control according to time frame, send Push Notification, display Dashboard, trend chart and Export Excel report on Web/App.
The MEI pressure monitoring and regulation system is the solution IoT developed on the platform STM32, specialized for monitoring pressure, flow and automatically controlling regulating valves in water supply networks. The device supports pressure sensor connection 4–20 mA and flow meter RS485 Modbus RTU, performs pressure and flow calculations and valve control according to the installation algorithm to maintain stable pressure throughout the network.
The device connects directly to the platform MEI ECO passed 4G LTE use protocol MQTT, without the need for an intermediate Gateway, allowing remote monitoring, control and configuration on the Web/App. The system supports operating by Solar energy combined with rechargeable battery, integrated Continuous Mode and Low Power Mode to optimize energy consumption in locations without grid electricity.
To ensure data integrity, the device integrates Offline Data Logging, automatically save data when connection is lost and synchronize when network is restored. Users can set pressure, flow or control alarm thresholds time frame, receive Push Notification when problems occur, and monitor the Dashboard, trend charts and Export Excel report, effectively meeting the need for pressure monitoring and regulation in modern water supply systems.