Rivers and lakes are important natural resources for human survival and development, and ensuring their safe operation is an important task for maintaining social stability and ecological balance. With the development of the economy and the increase of the population, the demand for water resources is increasing, but at the same time, it is also facing the threat of natural disasters such as floods and droughts. Therefore, monitoring rivers and lakes has become a vital task.
The water level of rivers and lakes is an important indicator in the monitoring process. Abnormal fluctuations in water levels may cause floods and droughts, posing serious threats to the surrounding environment and residents' lives and properties. Therefore, it is necessary to establish a complete water level monitoring system, which can automatically collect and transmit water level information through intelligent monitoring technology and intelligent monitoring instruments, real-time monitoring, and early warning. This can not only ensure people's safety, but also help to scientifically manage and dispatch water resources.
In addition, the monitoring of rivers and lakes should also take into account the early warning and treatment of floods, reservoir flood discharges and sewage discharges. Through a reasonable early warning mechanism and emergency plan, the threat of floods can be predicted in a timely and accurate manner and corresponding measures can be taken, thereby minimizing casualties and property losses.
Traditional water level monitoring methods mainly rely on manual inspection, but these methods require a lot of manpower and time. The development of modern technology has provided more efficient and accurate means for river and lake monitoring.
Wanbin can monitor the water level of rivers and lakes in real time by installing millimeter-wave water level monitors at key nodes of rivers and lakes; high-precision millimeter-wave radar detection technology and anti-interference water surface dynamic monitoring technology can accurately eliminate ships, Floating objects, falling leaves and other moving objects interfere, effectively reducing monitoring errors and data disturbances. When the water level of rivers and lakes exceeds the threshold, the sensor will automatically upload the alarm signal to the system platform, which is convenient for the staff to quickly locate and deal with it in time, and provides data basis for the backflow of rivers and lakes.
Core functions:
1. High-precision FMCW radar detection technology
FMCW millimeter-wave radar detection technology, the deepest 50 meters long-distance detection, accuracy ± 0.05% FS, 18° ultra-small beam angle, strong anti-interference ability.
2. Edge terminals improve resilience and reduce network load
The super edge terminal integrates multi-dimensional perception, autonomous algorithm, edge computing, storage, energy storage, encryption and 5G/4G communication in one, and the original data does not need to be sent back to the cloud.
3. All-weather accurate detection, no fear of bad weather
The millimeter-wave radar and IP67 protection level design ensure accurate and reliable operation in harsh weather such as strong light, typhoon, haze, dust, rain and snow.
River and lake water level monitoring plays an indispensable role in protecting water resources and maintaining ecological balance. With the help of advanced technology and the establishment of a comprehensive monitoring system, the efficiency and accuracy of monitoring can be improved, and timely warning and intervention can be made to ensure the safe operation of rivers and lakes and promote sustainable development.