The structure of the special intelligent control system for edible mushroom houses can include the following components:
1、Sensors and monitoring equipment: This part includes various sensors and monitoring equipment, which are used to monitor environmental parameters in the bacteria room in real time, such as temperature, humidity, CO2 concentration, light intensity, etc. Commonly used sensors include temperature sensors, humidity sensors, CO2 sensors, light sensors, etc. These sensors transmit the monitored data to the control system through data acquisition devices.
2、Controller and actuator: The controller is the core part of the intelligent control system. It is responsible for processing the data obtained by the sensor and making decisions based on the preset control strategy. The controller can be implemented based on a microprocessor or an embedded system and has data processing and decision-making capabilities. The actuator performs corresponding operations according to the instructions of the controller, such as starting/stopping ventilation equipment, adjusting heating/cooling devices, controlling humidity sprayers, etc.
3、Data analysis and algorithm: The intelligent control system also includes data analysis and algorithm modules, which are used to conduct real-time analysis and processing of data acquired by sensors to provide real-time environmental status and trend analysis. Through the analysis of data, intelligent control strategies can be implemented to improve the production efficiency and stability of the bacterial room.
4、User interface and remote monitoring: The intelligent control system can also be equipped with user interface and remote monitoring functions to facilitate operators to monitor and manage the operation of the bacterial room. The user interface can be in the form of a touch screen, a display screen, etc., providing an intuitive operation interface, and can view and set the parameters and control strategies of the bacteria room in real time. The remote monitoring function can be realized through the Internet, allowing users to monitor and manage the bacterial room anytime and anywhere through remote devices, improving the convenience and efficiency of operation and maintenance.
5、Storage and backup: Intelligent control systems also need to have data storage and backup functions to ensure data security and reliability. Database or cloud storage technology can be used to store and back up data for future data query and analysis.
To sum up, the structure of the intelligent control system for edible mushroom houses includes core components such as sensors and monitoring equipment, controllers and actuators, data analysis and algorithms, user interfaces and remote monitoring, and storage and backup. These components cooperate with each other to achieve intelligent monitoring and control of the mushroom room environment and improve the production efficiency and quality of edible fungi.