BK-NQ14, with the frequent occurrence of agrometeorological disasters and the increase in the demand for meteorological monitoring of agricultural production, people's attention to agrometeorological construction is increasing. In order to improve the quality of agricultural meteorological services and enrich the products of agricultural meteorological services, agricultural intelligent weather stations are gradually applied to provide more accurate meteorological data for relevant personnel.
As a kind of weather station equipment that is used more in the agricultural production environment, the agricultural intelligent weather station has the advantages of automation, flexible deployment, and easy use.
Generally speaking, agricultural intelligent weather stations are mainly composed of various meteorological sensors, power supply systems, communication systems, data acquisition and transmission systems and other parts. Among them, the meteorological sensor part mainly refers to temperature sensors, humidity sensors, wind speed sensors, atmospheric pressure sensors, pressure sensors, light sensors, soil temperature and humidity sensors, etc., so as to provide farmers or relevant personnel with richer and personalized meteorological data, and provide refined data support for the production of meteorological service products. The power supply system refers to providing energy support for the weather station equipment to ensure the long-term and stable operation of the equipment.
Agricultural intelligent weather station is one of the important tools in the construction of agricultural meteorology, which can provide important meteorological data support for agricultural production and development, and provide important decision-making basis for agricultural management activities.