Articles
AUTOMATIC MULTIFUNCTIONAL SPRAYING SYSTEM FOR MICROCLIMATE REGULATION
Article number
578_9
Pages
89 – 95
Language
English
Abstract
Air temperature and relative humidity are the 2 most important environmental factors, which influence the expression of plants.
The price of some horticultural crops is greatly influenced by temperature difference during key physiological stage.
Misting can reduce plant temperature effectively through evaporative cooling.
Otherwise, spraying water can prevent the crops from the damage of chilling, frost, foehn, mites, codling moth, etc., The purpose of this system is to combine different sensors (including air temperature sensor, relative humidity sensor and surface wetness sensor), logic modules, logic controllers, temperature processing controller, and timers.
This automated system according to plant growth models is designed to regulate the microclimate in the vicinity of plants to focus on economic and ecological outlooks.
The price of some horticultural crops is greatly influenced by temperature difference during key physiological stage.
Misting can reduce plant temperature effectively through evaporative cooling.
Otherwise, spraying water can prevent the crops from the damage of chilling, frost, foehn, mites, codling moth, etc., The purpose of this system is to combine different sensors (including air temperature sensor, relative humidity sensor and surface wetness sensor), logic modules, logic controllers, temperature processing controller, and timers.
This automated system according to plant growth models is designed to regulate the microclimate in the vicinity of plants to focus on economic and ecological outlooks.
Publication
Authors
J.-C. Shih
Keywords
Automatic multifunctional spraying system; microclimate; regulation; temperature; relative humidity; evaporative cooling; surface wetness; sensor; transmitter; logic module; temperature processing controller.
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