The product uses an LED splicing panel with a splicing gap of only 0.8mm, ensuring a seamless large-screen display effect, which can display the overall distribution of river basins and reservoir networks clearly, solving the problem of incomplete display of traditional small-screen mimic panels. The adaptive dimming LED backlight can automatically adjust the display brightness according to the ambient light intensity, reducing power consumption while ensuring clear visibility in both strong sunlight and dark environments. The 4G wireless data transmission function enables the mimic screen to receive hydrological data from remote unattended hydrological stations without laying wired cables, solving the problem of difficult data transmission in remote mountainous areas. The hydrological data linkage function supports integration with multiple hydrological monitoring sensors, including water level gauges, rainfall gauges, and flow meters, realizing real-time synchronization of hydrological data and automatic alarm of abnormal data. Additionally, the product supports historical data query and trend analysis, which can display the change trend of hydrological parameters in the past 72 hours, providing data support for flood prevention and drought relief decision-making.
The overall dimensions of the panel are 2438.4mm × 1371.6mm (length × height), with a net weight of 95kg. The LED splicing panel has a brightness of 700cd/㎡, a viewing angle of 178° horizontal and vertical, ensuring clear visibility from any position in the water conservancy dispatch center. The response time is ≤12ms, realizing real-time update of hydrological data without lag. The input voltage range is AC 100V-240V 50/60Hz, with a maximum power consumption of 680W, and it is equipped with a backup battery that can support 2 hours of continuous operation in case of power failure. The enclosure uses a stainless steel frame with a surface anti-corrosion coating, which can resist the corrosion of humid air and rainwater in outdoor environments. The product is equipped with a built-in data storage module, which can store up to 3 months of hydrological data, facilitating subsequent data analysis and query.
In river basin water conservancy dispatch centers, this mimic screen displays the water level, flow rate, and rainfall data of key sections of the river, as well as the status of flood control gates and water diversion projects, helping dispatchers adjust the discharge of reservoirs and gates in time to prevent flood disasters. In reservoir management offices, it displays the reservoir storage capacity, water level change trend, and dam safety monitoring data, enabling managers to grasp the reservoir operation status in real time and avoid safety accidents caused by overloading storage. In mountainous hydrological stations, it uses 4G wireless transmission to receive data from remote monitoring points, displaying the real-time hydrological status of mountain streams and small rivers, providing early warning information for mountain flood prevention. It is also suitable for urban water supply management centers, displaying the status of water intake plants, water transmission pipelines, and water storage tanks, ensuring the stable supply of urban tap water.
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