Wind Erosion Automatic weather Station

1. Product Overview of Wind Erosion Automatic Weather Station

Wind Erosion Automatic weather Station is used for all-weather automatic monitoring of multiple meteorological environment elements in desert areas.With the development and change of climate, the negative impact of sandstorms and sandstorms on the environment has seriously endangered the human living environment. Therefore, the monitoring and early warning of sandstorms and sandstorms have become very important in meteorological observation activities. Wind Erosion Automatic Weather Station integrates functions such as high-precision comprehensive collection, diversified communications, site data early warning, and proactive alerting of monitoring points to superiors. It is suitable for monitoring natural wind and sand movement trends and soil wind erosion, soil desertification and desertification monitoring, and soil organic matter (SOC) erosion and other harsh environments, automatically record the starting time and intensity of sediment erosion, the cumulative amount of sediment changes over time in the wind profile, record meteorological parameters in the relevant process, and analyze the composition of wind erosion products, etc. Providing accurate meteorological data for relevant local water and soil departments can effectively improve the ecological environment and basic conditions for agricultural production, reduce natural disasters such as drought, sandstorms, and sandstorms, promote the adjustment of industrial structure, increase agricultural production and farmers' income, and also provide a basis for research on sandstorms. The formation and change patterns of landforms provide relatively reliable scientific basis.

2. Working principle of Wind Erosion Automatic weather Station

This system is an automatic sand collection system that uses a weighing sensor to automatically record the time and amount of collected sand. The matching H11-LIN wind erosion sensor is used to measure the momentum flux of sand. The two outputs are kinetic energy and the number of impacting particles. The principle is that the amount of charge is proportional to the kinetic energy of the particle. The relationship between charge, voltage and capacitance is Q=CV., V=Q/C. The voltage fluctuations in the capacitor are like irregular staircases, and the kinetic energy of a single particle affects the charge on each staircase. When the voltage across the capacitor exceeds the internal reference voltage, the capacitor will repeat this process. The rapid discharge pulse will be converted into the energy value of the particle and displayed, and this energy value is the accumulated value of the energy of a single particle. At the same time, it can also monitor and record meteorological factors such as wind speed, wind direction, temperature and humidity, and radiation.

3. Product features of Wind Erosion Automatic weather Station

1. Leading Technology: Standard configuration includes a new generation of cloud-based intelligent meteorological and environmental data acquisition unit, embedded with an industrial-grade multi-core ARM data processor. This enables ultra-fast, second-level multi-task synchronous processing, including source data acquisition, precise algorithm processing, full network cloud communication, intelligent control of IoT devices, and green power intelligent management.

2. Data Recording: Automatically records the start time and intensity of wind erosion sediment erosion, as well as the cumulative amount of sediment over time. It achieves a collection efficiency of over 80% for medium to fine dust particles.

3. Wind and Sand Collection: The wind and sand collector utilizes wind energy to draw in air for sampling, collecting dust from the air. The advantage of the sampler with a weighing sensor is that it can record the weight of the collected material layer by layer, with each layer weighing itself independently to determine the wind speed sampling period.

4. Easy Installation: All sensors, data acquisition units, power supply systems, and bracket connectors are designed with modular quick-connect methods. The main body of the bracket is uniformly made of 304 stainless steel 50×50 brushed and polished square tubing, which is rust-resistant and aesthetically pleasing. The design philosophy behind this product is simplicity, ease of use, and convenient assembly/disassembly. On-site installation requires only one person for assembly and debugging.

5. Full Network Communication: The cloud-based intelligent meteorological and environmental data acquisition unit integrates a 4G 13-mode fully compatible wireless communication module, supporting 2G, 3G, and 4G mobile phone cards from China Mobile, China Unicom, and China Telecom. No configuration is required; it automatically connects to the intelligent meteorological network cloud platform upon power-up.

6. Dual Cloud Platforms: Simultaneous access to both PC and mobile cloud platforms. PC users can log in to the cloud platform via a web browser to view, download, control, and analyze data. Mobile users can log in to the cloud-based APP via WeChat QR code for data querying and analysis.

7. Software Management: The cloud-based software supports multi-level user permission management and function allocation, dynamically displays the concentration distribution of meteorological and environmental factors across the entire region, supports data querying and analysis, data alarm settings, alarm push notifications, event processing statistics, and multi-faceted in-depth scientific data support. Through communication and interaction with front-end intelligent devices, intelligent analysis, and control linkage, administrators can promptly understand the data center's operational status and achieve comprehensive data center management.

8. Green Power Supply: 200W 130AH solar power.

9. Extended Functions: Utilizes a brand-new IoT management and control system module, which can set up linkage mechanisms based on real-time data collected from the site to start and stop early warning devices and control devices.

4. Technical specifications of Wind Erosion Automatic weather Station