In urban operations, road management, and flood control and disaster reduction work, water accumulation on roads in low-lying areas has always been an issue that requires focused attention. Whenever it rains, low-lying urban road sections, underpasses, old streets and alleys, rural roads and low-lying areas in industrial parks are prone to water accumulation. Traditional water accumulation monitoring methods mostly rely on on-site inspections by staff and manual visual estimation of water depth, not only requires a large amount of manpower but also results in significant deviations in monitoring data. During severe weather such as rainstorms and strong convection, outdoor inspections also pose considerable safety. Moreover, manual inspections have time lags, making it impossible to grasp the rising speed of water accumulation in real-time, and difficult to issue timely warnings and diversion arrangements. With intelligent and automated operational characteristics, the WX-JS1S electronic water gauge water accumulation monitoring station has become an indispensable facility in current urban and rural water accumulation prevention and control, well as daily water management, providing reliable support for region-wide flood control work.

The most prominent feature of the WX-JS1S electronic water gauge water accumulation monitoring is its adoption of a non-contact monitoring method, which is completely different from traditional manual observation and old contact-type monitoring equipment. It does not require staff to approach water-ulated areas at close range to check the situation, nor will its normal operation be affected by external factors such as water flow erosion, floating debris, or silt accumulation. Facing common such as numerous road debris, turbid water, and surging water flow on rainy days, the equipment can still stably carry out monitoring work. This design allows the equipment to be installed longterm at various water-prone locations, unaffected by the water accumulation environment, and always maintain a good working state. It fundamentally solves the problems of traditional monitoring methods being easily affected by environment and equipment being easily worn out, making water accumulation monitoring work more stable and worry-free.

The electronic water gauge water accumulation monitoring station can achieve all-weather autonomous operation truly realizing unmanned normalized monitoring. In the past, to grasp the water accumulation status in key areas, staff had to travel back and forth to various locations at regular intervals to record situation. During rainy periods, the frequency of inspections had to be constantly increased, and inspections of remote road sections and underground spaces were even more time-consuming and laborious. Once the water gauge water accumulation monitoring station is deployed, it will autonomously start monitoring work, regardless of day or night, unaffected by the weather, continuously capturing the real-time status of water. The entire process requires no on-site manual operation or manual data recording, which not only significantly reduces the workload of frontline personnel but also completely avoids the safety risks brought by working water on rainy days and nighttime inspections, shifting water accumulation monitoring work towards intelligence and lightweighting.

In daily urban operation and maintenance and flood control work during the flood season, electronic water gauge water accumulation monitoring station plays a crucial role. In areas with dense pedestrian and vehicle traffic, such as urban main roads, underpasses, and entrances and exits of underground, once large-scale water accumulation occurs, it will not only obstruct normal traffic but also easily cause traffic accidents. With the help of this monitoring equipment, management departments can grasp the trend of water accumulation in advance, timely issue traffic reminders, set up warning signs, and divert vehicles and pedestrians to take detours. When heavy rainfall arrives during the flood season, with region-wide monitoring data, drainage forces can also be reasonably deployed, targeted drainage operations can be carried out, the speed of water accumulation dissipation can be accelerated, and the of water accumulation on urban traffic and residents' lives can be minimized to the greatest extent.