The vertical pole water quality monitoring station is a water quality monitoring device that integrates advanced sensor technology, data processing technology and communication technology. It realizes real-time monitoring and data transmission of water quality parameters by integrating various sensors on a vertical pole. This design not only makes the monitoring station more compact and easier to deploy, but also improves the efficiency and accuracy of monitoring.

The working principle of the WX-LSZ03 pole-mounted water quality monitoring station is based on sensor technology and data processing algorithms. The sensor is responsible for real-time monitoring of various parameters in water quality, such as water temperature, electrical conductivity, PH, etc. These sensors transmit the collected data in real time to the data processing unit. After algorithmic processing and analysis, various indicators of water quality conditions are obtained. The processed data can be transmitted to the remote monitoring center or relevant management departments via wired or wireless means for decision-making and analysis purposes.

By monitoring key parameters such as temperature, pH value and dissolved oxygen in the aquaculture water in real time, farmers can promptly understand the water quality status, prevent the occurrence of diseases and improve the aquaculture efficiency. For instance, when the dissolved oxygen content is too low, the monitoring station will promptly issue a warning, reminding fish farmers to take oxygenation measures to prevent fish from dying due to oxygen deficiency.

It can monitor the water quality parameters of the influent and effluent of the sewage treatment plant in real time, providing data support for the optimization and adjustment of the sewage treatment process. For instance, by monitoring indicators such as the pH value and electrical conductivity of the influent, the nature and pollution level of the sewage can be determined, and thus appropriate treatment processes and chemicals can be selected.

During the reservoir dispatching process, the water quality data provided by the monitoring station can assist decision-makers in formulating scientific dispatching plans to prevent the deterioration of water quality from affecting the ecological environment and water supply safety of the reservoir. Meanwhile, the monitoring stations can also provide data support for river management and water resource protection, promoting the sustainable utilization of water resources.