Industry News
010203
Intelligent greenhouse automatic control system
2024-01-16 00:00:00
With the development of the planting industry, greenhouses are becoming more and more common. The emergence of greenhouses allows people to eat fruits and vegetables out of season, and intelligent greenhouse automatic control systems can help growers better manage greenhouses. The intelligent greenhouse control system is a greenhouse management system designed based on advanced sensing technology, computer technology and other advanced technologies, which can realize comprehensive monitoring and automatic adjustment of the greenhouse environment.
The greenhouse automatic control system is a commonly used agricultural Internet of Things technology that can remotely control equipment in the greenhouse through a computer to achieve automated management of operations such as fertilization, indoor temperature, lighting and ventilation. Households can use the detected data to grasp the environment in the greenhouse in real time and achieve scientific and precise control, thereby improving the growth environment of crops in a timely and effective manner and providing a good growth environment for crops.
The system can detect different environmental parameters through various configured sensors, such as: ambient temperature and humidity, soil temperature and humidity, CO2 concentration, illumination, etc., and can achieve precise control of temperature, humidity, illumination and other factors in the greenhouse to create suitable crops. Growth temperature, humidity and other environments, thereby increasing crop yields.
The temperature and humidity sensor is used to measure the temperature and humidity changes in the greenhouse, the photoelectric sensor is used to measure the light intensity in the greenhouse, and the carbon dioxide sensor is used to monitor the carbon dioxide concentration in the greenhouse. The sensor converts the sensed data into electrical signals and transmits them to the controller for processing. The controller can automatically adjust the temperature, humidity, light, carbon dioxide concentration and other factors in the greenhouse according to the set thresholds, and intelligently control the environment in the greenhouse.
Smart greenhouses can reduce farmers' labor intensity and improve production efficiency through automated management and intelligent equipment. For example, smart greenhouses can now automate planting, fertilizing, irrigation, and weeding, reducing farmers’ labor intensity and labor costs. Smart greenhouses can also realize real-time monitoring and management of production information through automated data collection and analysis, reducing the difficulty and intensity of manual management.