Temperature and humidity sensors are used to accurately perceive the temperature and humidity of the environment, and can be extended to atmospheric pressure and air quality sensors, can be suitable for greenhouses, smart cities, and alpine stations, enabling climate-adaptive decision-making.

Classification of solar radiation sensors: a) Solar radiation intensity meter: Also known as total solar radiation (direct radiation + diffuse radiation). They are widely used in meteorological stations, solar energy systems and agricultural research. b) Direct radiometer: Measures direct solar radiation, also known as direct normal irradiance (DNI). They are used in the assessment of solar energy resources, the design of solar energy systems and atmospheric research. c) Ground radiation intensity meter: Measures long-wave infrared radiation emitted from the Earth's surface and atmosphere. They are crucial for studying the Earth's energy budget, climate research and weather forecasting. d) Light and effective Sensor (PAR Meter) : Photosynthetically active radiation data is of great significance for the research of plant growth, plant photosynthesis, and vegetation index. e) Ultraviolet sensor (UV sensor) : Ultraviolet sensors are specifically designed to measure the level of ultraviolet radiation from the sun. They are applied in ultraviolet irradiation for monitoring human health purposes, environmental monitoring and ultraviolet sterilization processes. f) Spectral radiometer: A spectral radiometer measures the entire electromagnetic spectrum of solar radiation and provides detailed spectral information. They are used in solar energy research, atmospheric research and material characterization.

Wind speed and wind direction sensor (or anemometer) common classification and USES include:Wind speed sensors are generally classified into mechanical (mainly including propeller type and wind cup type) wind speed sensors, hot air wind speed sensors, pitot tube wind speed sensors and ultrasonic wind speed sensors. Wind direction sensors mainly include mechanical wind direction sensors and photoelectric wind direction sensors (which provide digital or analog output of wind direction information and are applied in meteorological stations, meteorological satellites, aviation navigation and weather forecasting). Ultrasonic wind direction sensors and magnetic wind direction sensors (determine wind direction by measuring changes in the magnetic field.) It can provide stable and accurate wind direction information for use in maritime navigation, weather observation and Marine research.

Our integrated weather stations mainly include: professional ultrasonic weather stations, mini ultrasonic weather stations, comprehensive customized weather stations, portable weather stations and vehicle-mounted weather stations. Usually integrating temperature, humidity, pressure, wind, rain, and radiation sensors. Optional add-ons: PM2.5, PM10, CO2, soil sensors, solar panels, and RTU modules for data transmission and analysis.