Agricultural meteorological monitoring instruments integrate various high-precision sensors to monitor a wide range of meteorological and environmental parameters, including wind speed, wind direction, soil temperature, moisture, EC value (electrical conductivity), air temperature and humidity, carbon dioxide concentration, atmospheric pressure, light intensity, rain and snow conditions, ultraviol···

Farm Weather Station is a highly integrated intelligent platform, combining cutting-edge technologies such as sensor technology, IoT communication, cloud computing, and big data analysis, forming a comprehensive agricultural meteorological monitoring network. These devices can capture various meteorological data in the fields, such as temperature, humidity, wind speed, rainfall, soil moisture, and···

A meteorological observation station is a comprehensive platform composed of various meteorological observation instruments, primarily used to collect, record, and transmit meteorological data in real-time. These observation stations are typically located in areas far from human activities to ensure that the collected data is more accurate and objective. By integrating a variety of high-precision ···

Emergency meteorological stations are capable of real-time weather monitoring and have powerful early warning capabilities. When natural disasters such as typhoons, heavy rainfall, or extreme heat occur, these stations use sensors to collect key data on wind direction, wind speed, temperature, humidity, and more. This information provides decision-making support to emergency management agencies an···

Solar Weather Stations primarily serve a wide range of meteorological monitoring applications, such as agriculture, environment, and tourism, using solar power to collect diverse data. They aim to provide an eco-friendly and sustainable solution for meteorological monitoring across various sectors. Photovoltaic Power Plant Weather Stations are specifically designed for photovoltaic power plants, f···

Fully automatic tracking solar radiation sensor is mainly composed of light cylinder and automatic tracking device. Inside the optical cylinder is composed of seven light bars, inner cylinder, thermoelectric stack and desiccant cylinder. The seven light bars are used to minimize internal reflections, form the opening angle of the instrument and limit air turbulence inside the instrument. Outside t···

Optical rain sensor is a high-tech meteorological monitoring equipment based on the optical principle of rainfall measurement. It utilizes advanced optical technology and electronic engineering technology to achieve accurate measurement of rainfall through light sources (such as lasers or LEDs) and light-sensitive components (such as infrared receiver tubes) as well as signal processing circuits. ···

The advent of the insect monitoring station has brought revolutionary changes to pest control in agriculture. It has improved the accuracy and efficiency of pest monitoring, provided farmers with scientific data support, and helped them develop more precise control strategies. At the same time, the station’s energy-saving and environmentally friendly features are promoting agriculture’s transiti···

The insect monitoring station, as an important innovation in modern agriculture, has played a significant role in improving crop yield, reducing pesticide use, and promoting sustainable agricultural development. It is not only an important assistant to farmers but also a key force in driving the intelligence and greening of agriculture. In the future, insect monitoring stations will continue to pr···

The measurement distance of noise sensors is affected by a variety of factors, mainly including the intensity of the noise source, environmental noise, propagation conditions and sensor sensitivity. High-intensity noise (e.g., about 130dB) can be accurately detected at a distance of tens of meters or even more; medium-intensity noise (e.g., 80-90dB, similar to traffic or human voice) is usually de···