Agricultural monitoring weather station is an important part of modern agricultural technology, which provides accurate decision-making support for farmers and agricultural managers through real-time monitoring and analysis of meteorological parameters in the agricultural production environment. From disaster early warning to resource optimisation, and from automated management to data-driven deci···

Greenhouses use a variety of sensors, including temperature and humidity, light, wind speed and direction, CO2, soil moisture, soil PH, soil nutrients, water level and water quality sensors to monitor and control environmental conditions. These sensors are connected through IoT technology and transmit data in real time to help managers optimise crop growth. When selecting sensors, consider their a···

greenhouse monitoring system realises intelligent management of the greenhouse environment by integrating advanced sensor technology and automation control, which is an important driving force for the transformation of modern agriculture into precision agriculture. Greenhouse temperature monitoring system has many advantages, but there are also some shortcomings that need to be overcome. In practi···

smart greenhouse monitoring system monitors soil moisture through soil moisture sensors and transmits the data to the central control unit. According to preset conditions, it controls the start and stop of the irrigation system. The system achieves water conservation, improves efficiency, optimises the growing environment and enhances the productivity and intelligence of modern agriculture. The ma···

Greenhouse temperature sensors are used in facility agriculture to monitor and regulate environmental temperature to ensure that crops grow in optimal conditions. Applied to environmental control, precision agriculture management, improve production efficiency, etc., it helps to optimise crop growth, prevent pests and diseases, save energy, and can be combined with IoT equipment to build a smart a···

Meteorological thermometers, also known as temperature sensors or temperature measuring instruments, play a vital role in meteorology and various other fields. Their main function is to accurately measure the temperature of the air or other substances in the environment. Following are some of the detailed uses of meteorological thermometers.

The key to solar irradiance measurements is the use of specialised equipment such as pyranometers and spectroradiometers to either directly measure or indirectly extrapolate solar energy. Measurements are affected by a number of factors and it is important to ensure that the equipment is correctly placed. Solar irradiance data are essential for solar energy utilisation, meteorological forecasting,···

While both solar radiation and solar irradiation involve the process by which energy emitted by the sun strikes the earth or an object, they differ in focus and context of application. Solar radiation focuses more on describing the characteristics and effects of solar radiation itself, while solar irradiation focuses more on describing the interaction process between solar energy and the surface o···

Pyranometers are available in a variety of types, including standard radiation intensity meters, omnidirectional radiometers, direct method radiometers, thermopile all-sky radiometers, spherical all-sky radiometers, spectroscopic total insolation meters, and others. Each type is designed for different measurement needs and environments. Specific application scenarios and measurement requirements s···

MQTT Weather Station utilises the lightweight MQTT protocol to achieve efficient, low-power data transmission and is suitable for remote monitoring. It provides real-time data update, efficient data processing, wide applicability, easy extension and maintenance, etc. It is suitable for agricultural production, environmental monitoring, smart city, industry and scientific research and education, et···