To address the monitoring pain points of southern cities, including dense inland‑river water systems, abundant rainfall, frequent water‑level fluctuations, scattered shore‑side monitoring sites and difficulties in deploying mains power supplies, local authorities have deployed online multi‑parameter water‑quality monitoring devices to build a lightweight and long‑term inland‑river water‑sensing system, facilitating refined governance and regular management of urban aquatic ecosystems.
Equipped with diverse sensors, the devices can measure multiple core water‑related indicators such as flow velocity, flow rate and water level, fully meeting the monitoring requirements for routine inspections and pollution‑discharge control of urban inland rivers, and providing complete data support for water‑environment assessment. Adopting a low‑power hardware architecture and powered by large‑capacity energy‑storage batteries, the equipment requires no external mains power and breaks free from wiring constraints, making it suitable for remote, power‑free monitoring sites along various inland rivers.
Leveraging intelligent power‑saving strategies and sleep‑mode sampling mechanisms, the devices deliver exceptional battery endurance for long‑term stable operation and greatly reduce on‑site operation‑and‑maintenance frequency. Meanwhile, built‑in stable wireless transmission modules remotely upload real‑time water‑quality data to the management‑and‑control platform, realizing 24‑hour unattended online monitoring, automatic data storage and anomaly early‑warning. Featuring easy deployment, strong adaptability and low operation‑and‑maintenance costs, the complete equipment effectively fills the monitoring gaps of urban inland rivers, supports dynamic supervision of inland‑river flow, and continuously improves the quality of urban aquatic ecological environments.
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