In water monitoring scenarios such as remote watersheds, mountain rivers, and unmanned reservoir areas, obtaining data such as level, flow rate, and water quality in a timely and stable manner is key to ensuring flood control and drought resistance and water resource management. The Beidou Hydrometological Monitoring Station uses Beidou's regional short message communication technology, combined with hydrometeorological monitoring technology, to become an automated hydrometeorological monitoring device can break through communication restrictions.

 The core advantage of the WX-SW4 Beidou Hydrometeorological Monitoring Station is "Beidou Short Message Technology." It does not rely on mobile phone signals or broadband networks, and through the short message function of Beidou's second and third systems, it can directly transmit monitored hydrometeorological data to the management platform. Even in deep mountain canyons, remote reservoir areas, and other areas without any ground communication signals, it can also data stably. Compared with traditional monitoring equipment that relies on ground networks, it completely solves the problem of hydrometeorological data in remote areas being "unable to," allowing every hydrometeorological monitoring point to achieve data networking.

The automated hydrometeorological monitoring capability greatly improves work efficiency. It can independently complete continuous monitoring of water level, flow rate, and other hydrological elements without the need for manual on-site operation. From data collection to preliminary processing, the entire process is automated Unlike traditional manual monitoring, which requires staff to travel to monitoring points, consuming time and energy and with a low frequency of data acquisition, this monitoring station can operate 24 hours interruption and automatically transmit data at the set frequency, allowing water resource management departments to keep abreast of the dynamics of the watershed, reducing labor costs while improving the and timeliness of data acquisition. Adapting to complex hydrometeorological environments is one of its highlights. In areas where riverbed scouring is serious, water level fluctuations are large, and water quality conditions are complex, traditional monitoring equipment is prone to failure due to environmental influences. The Beidou Hydrometeorological Monitoring has strong anti-interference and anti-adverse environment capabilities, able to withstand the impact of water flow, damp corrosion, high and low temperatures, etc. Even in the water flow during the flood season or the severe cold and ice in winter, it can continue to monitor stably to ensure that hydrometeorological data collection does not fall behind