Facility intelligent temperature difference regulation and control system and method based on tomato growth evaluation system

Abstract

The invention discloses a facility intelligent temperature difference regulation and control system and method based on a tomato growth evaluation system, wherein the facility intelligent temperaturedifference regulation and control system comprises a temperature monitoring module, an intelligent temperature control module, and temperature adjustment equipment, and the temperature monitoring module and the temperature adjustment equipment are electrically connected with the intelligent temperature control module. The temperature monitoring module is used for measuring facility temperature inreal time and transmitting data; the intelligent temperature control module is used for receiving data measured by the temperature monitoring module and sending an instruction to the temperature adjustment equipment, and the temperature adjustment equipment is used for starting night temperature increasing management or cooling management according to the instruction sent by the intelligent temperature control module. The facility intelligent temperature difference regulation and control system and method based on the tomato growth evaluation system have the advantages that reasonable controlover the day and night temperature difference in the tomato seedling stage is achieved, use of growth regulation and control agents is reduced, strong seedlings are cultivated, excessive growth is prevented, and fertilizer and pesticide saving and efficient and clean cultivation of facility tomatoes are achieved.

Description

technical field [0001] The invention relates to the technical field of plant growth temperature control systems, in particular to a facility intelligent temperature difference control system based on a tomato growth evaluation system, and also relates to a facility intelligent temperature difference control method based on a tomato growth evaluation system. Background technique [0002] Tomatoes originated in South America and were introduced into my country for ornamental use during the Wanli period of the Ming Dynasty. Although they have been cultivated in my country for less than a hundred years, with the popularity of consumers and the improvement and popularization of planting technology, the planting area has expanded rapidly. One of the crops with the most extensive cultivation area. In the south of my country, it is mostly planted in open fields, and in the north, it is mostly planted in protected areas. The facility agriculture meets the planting needs of tomato off-s...

AI Technical Summary

Problems solved by technology

[0003] Tomato seedlings are sensitive to air temperature. High temperature can threaten the plant morphology, vegetative growth, and physiological metabolism of tomato seedlings. At the same time, different day-night temperature differences under different daily averages will also affect the growth of tomato seedlings to varying degrees. , in the daily planting process, due to factors such as production costs, the tomato planting facilities mainly rely on natural cooling after sunset, and the lack of management of the temperature difference between day and night is not conducive to the timely relief of short-term sub-high temperature conditions; the temperature changes in different facilities are not the same

Images