Introduction to the configuration of the artificial climate chamber

Introduction to the configuration of the artificial climate chamber

The RTOP-B artificial climate chamber uses a 5.7-inch color touch screen. All parameter displays and settings can be run on the touch screen. The appropriate cooling mode can be selected according to different experimental requirements. The temperature, humidity, time, mode, etc. can be directly set on the touch screen. Parameters, with real-time temperature and humidity, historical temperature and humidity data curve, equipment operating status display, fault graphic code display and other special functions, long-term memory of various program parameters, automatic recovery after the system is powered off, does not affect the original work, to ensure The continuity of the experiment.

The RTOP-B artificial climate chamber is mainly composed of three parts: the central control room, the test culture room and the artificial energy room. The central control room is the control center for natural energy utilization and artificial energy distribution. The climate chamber is used to simulate the natural environment. In the case of limited natural environment, artificial energy is raised to the culture room according to the instructions of the central control room to meet the requirements of the test chambers and the overall environment of the climate chamber.

The RTOP-B artificial climate chamber sets different ideal growth state parameters of plants according to different types of plants in different growth stages and different growing seasons. At the same time, the host compares the actual state parameters detected by the sensors installed in the extension of the climate chamber with the set ideal state parameters, and provides artificial energy to the climate chamber through fuzzy calculation and processing and control of the artificial energy room. The CAN bus structure communication method has the advantages of good real-time performance, low operating cost, convenient system construction and high reliability of work. The rational design of the host software is the key to stable and reliable operation of the system, which directly affects the plant growth. Required environmental status parameters.