The core of the wind and sand automatic monitoring system is the self-developed automatic sand collector, which uses high-precision weighing sensors to collect the amount of wind and sand; The sand flow sensor determines the intensity and velocity of flying sand flow by measuring the internal sound pressure changes caused by sand flow impact and wind flow friction. Simultaneously monitor and record meteorological factors such as wind speed, wind direction, temperature and humidity, rainfall, atmospheric pressure, etc. Functions of the Wind and Sand Automatic Observation System:prisonMeasure and study the trend of wind and sand movement and wind erosion in nature, automatically record the starting time and intensity of sediment erosion, the cumulative amount of sediment changes over time in wind profiles, record meteorological parameters during relevant processes, and analyze the composition of wind eroded materials. The system can determine the regional sediment transport rate and store, view, and delete measurement values. This system is a comprehensive solution for wind and sand measurement and monitoring that integrates front-end online monitoring equipment and a data comprehensive supervision platform.

This set of wind and sand automatic monitoring system integrates the gradient sensors of each layer wirelessly through the Internet of Things, measures and transmits data to the main collector, transmits data through wireless base stations, and performs data analysis on the cloud platform

According to storage, the measured data is processed and displayed in several ways.

system composition

lAutomatic sand collector7 sets, 7 sets of wind speed sensors, 1 set of wind direction sensors, 2 sets of sand flow sensors, 7 sets of air temperature sensors, 1 set of rainfall sensors, and 1 set of atmospheric pressure sensors;

lThe installation heights are:1 meter, 5 meters, 10 meters, 20 meters, 30 meters, 40 meters, 50 meters.

System Core

Our company's developed automatic sand collector: high-precision weighing sensor, collects wind and sand volume; The flux sensor determines the intensity and velocity of the flying sand flow by measuring the internal sound pressure changes caused by sand flow impact and wind flow friction.

system function

lMonitor and study the trend of wind and sand movement and wind erosion in nature, automatically record the starting time and intensity of sediment erosion, the cumulative amount of sediment changes over time in wind profiles, record meteorological parameters during relevant processes, and analyze the composition of wind eroded materials;

lDetermine the sediment transport rate of the region, store, view, and delete measurement values;

lBy integrating front-end online monitoring equipment and data comprehensive supervision platform, the integrated function of wind and sand measurement and monitoring can be achieved;

lRelying on high-precision sensors and operation and maintenance, establishing a long-term management mechanism, providing strong scientific research data for sand prevention and control, and providing relatively reliable scientific basis for studying the formation and changes of wind and sand landforms;

lMonitor and record meteorological factors such as wind speed, wind direction, temperature and humidity, rainfall, atmospheric pressure, etc;

lThis monitoring system integrates gradient sensors from various layers through the Internet of Things, transmits the measured data to the main collector, and then stores it through wireless base stations and cloud platforms for subsequent processing and display.