Waterlogging refers to the phenomenon of water accumulation within a city due to the inability of the urban drainage system to cope with the large amount of precipitation under extreme weather conditions, resulting in the inability of the surface and drainage system to drain quickly. Waterlogging usually occurs under conditions such as heavy rainfall, heavy precipitation in a short period of time, and poor urban drainage systems. To prevent and mitigate waterlogging, urban planning and management require measures such as rational planning of drainage systems, enhanced maintenance of facilities, improved sustainability of land use, and adaptation to climate change. Moreover, waterlogging monitors can also be applied in modern cities to realize real-time monitoring of urban waterlogging through innovative technology, providing important support for urban planning and flood prevention management and the stable operation of urban lifelines.
The waterlogging monitor can monitor the water level and water accumulation in real time, and apply anti-interference technologies such as AIDMP to improve the monitor's anti-fog, anti-pollution and anti-interference capabilities to ensure reliable operation in complex environments. It can also issue early warnings in a timely manner, so that relevant departments and residents can take preventive and response measures in advance. According to the actual rainfall, the waterlogging monitor can also automatically adjust the frequency of data collection to ensure that more accurate monitoring data can be provided during rainfall. In addition, the WITBEE Waterlogging Monitor EN200-A is capable of monitoring groundwater levels using ultrasonic technology up to a depth of up to 8 meters. This allows the device to go deep underground in the monitoring of urban drainage systems, providing more comprehensive information on water levels. In addition, the device uses ultrasonic waves with a beam angle of 13°, which gives it a very small coverage. This helps to locate water levels more accurately, especially in narrow or complex terrain areas in urban environments.
The waterlogging monitor has a high-precision water level measurement function, and its measurement accuracy is as high as 03% FS, which can accurately reflect the actual water level and provide reliable data support for waterlogging risk assessment and prevention. In addition, the waterlogging monitor also has a fast self-test shielding function, which can quickly detect and correct possible occlusion to ensure the normal operation of the equipment, so as to provide stable monitoring performance in complex urban environments.
With its advanced technical characteristics, the waterlogging monitor has shown excellent performance in urban waterlogging monitoring. The high-precision and reliable water level monitoring data provided by it plays a vital role in the effective management and scientific decision-making of the urban flood control system.