What are the functions of agricultural meteorological stations? Shandong Tianhe Environmental Technology makes a summary

Recently, a press conference for the agricultural meteorological station developed by Shandong Tianhe Environmental Technology Co., Ltd. was held in Weifang. At the conference, many industry professionals and customer friends arrived at the scene. After understanding, everyone highly affirmed and fully recognized the product.

At the meeting, Manager Yu of Tianhe Environmental Technology Co., Ltd. introduced, "Agricultural meteorological stations are facilities used to monitor and record meteorological parameters of agricultural production environments. Through sensors, data collectors, transmission equipment, and intelligent analysis platforms, they provide real-time agricultural meteorological data to assist in precision agricultural decision-making and disaster prevention and control

Manager Yu explained that the core functions of agricultural meteorological stations

Real time monitoring and precise warning

Monitor rainstorm, drought, frost, gale and other disastrous weather. When the wind speed is close to the critical value of crop lodging or the soil moisture is lower than the threshold, the system will automatically trigger an early warning to remind farmers to protect in advance.

By combining historical data with meteorological models, predict the trend of pest and disease outbreaks, guide scientific drug use, and reduce pesticide usage.

Agricultural Decision Support

Provide suggestions for agricultural activities such as sowing, fertilization, irrigation, and harvesting based on crop growth cycles and meteorological conditions.

In a greenhouse, by adjusting temperature, humidity, light, and CO ₂ concentration, a suitable environment for crop growth is created to improve yield and quality.

Research and Teaching Support

To provide long-term, continuous high-precision data for agricultural research (such as temperature resolution of 0.01 ℃), to assist in the study of crop stress resistance, exploration of growth patterns, and cultivation of new varieties.

As a teaching tool, it helps students understand meteorological observation methods and techniques, and enhances their understanding of agricultural ecosystems.

technical advantage

High precision and stability

The sensor adopts anti-interference design (such as non-metallic measurement and PVC conduit protection), adapts to high humidity and highly corrosive environments in farmland, and has high measurement accuracy (such as soil moisture error ≤± 3%).

The equipment casing is made of UV resistant and corrosion-resistant materials, with a protection level of IP66, and can operate stably at harsh temperatures ranging from -40 ℃ to 80 ℃.

Modularity and Scalability

Support flexible configuration of sensors to meet the monitoring needs of different crop growth environments. For example, orchard meteorological stations can strengthen monitoring of frost damage during flowering periods, and facility agriculture dedicated stations can integrate leaf surface humidity sensors.

Provide standard data interfaces that can seamlessly integrate with agricultural IoT platforms and agricultural machinery management systems to build a smart agricultural ecosystem.

Low power consumption and intelligence

Built in intelligent power management system, automatically adjusts device operation status based on monitoring frequency, and extends battery life. For example, the static power consumption is as low as μ A, supporting long-term operation in non mains environments.

Optimize data collection and transmission strategies through machine learning algorithms, reduce redundant data, and lower communication costs.

The introduction meeting was a complete success, and we welcome customers with such needs to come.