IOT News

IoT technology is profoundly shaping the development of the water conservancy industry. To advance informatization, digitalization, and intelligence in water management, WideIOT offers a smart water conservancy IoT system based on hydrological gateway RTUs—providing efficient and reliable technical support for the operation, management, and maintenance of water conservancy projects. 1. Rainwater and Sewage Diversion Drainage Network Monitoring System
By deploying hydrological gateway RTUs into drainage and sewage networks, rainwater and sewage are monitored separately: rainwater is discharged directly into rivers, while sewage is collected and sent to wastewater treatment plants for processing. The system enables remote real-time monitoring of water quality, flow rate, and equipment operating status—achieving round-the-clock unattended operation with automatic alerts when abnormalities occur. This prevents untreated sewage from entering rivers and causing pollution, while also ensuring the drainage system remains ready for operation at all times—avoiding incidents such as urban waterlogging and water pollution.

2. Rainwater and Hydrological Monitoring System for Small and Medium-Sized Rivers
Hydrological gateway RTUs connect to rainwater and hydrological monitoring stations at rivers, lakes, reservoirs, and other water bodies, providing hydrological departments with the means to monitor key hydrological parameters in real time—including water level, flow rate, flow velocity, rainfall, evaporation, sediment content, ice conditions, soil moisture, and water quality. The platform also integrates functional modules such as hydrological information management, monitoring station management, GIS electronic maps, automated reporting, analytical assessment, and forecasting and early warning—providing strong support for flood and drought prevention efforts.

3. Smart Irrigation District Informatization Management System
Integrated gates, meteorological sensors, rainwater and hydrological sensors, and other devices connect to hydrological gateway RTUs to enable data acquisition, remote monitoring, threshold alerts, and data analytics. This provides reliable support for water resource allocation, water rights calculation, and flood and drought early warning in irrigation districts—ensuring the normal benefits of agricultural production.