A System Implementation for Plant Cultivation Management Using Embedded System
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참고문헌
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초록
Improvement of human friendly subsurface environment is increasing sharply because poor urban environment has been extended to subsurface environment through recent rapid Industrialization. In many countries throughout the world, reducing distribution coast and the amount of greenhouse gas emission movement is a trend by building plant cultivation system in metropolitan area instead of rural environment and a lot of attention is on plant factory system without boundary of natural environment by artificial control growth and development of plant. Great interest is on factory a like plant factory system that would have automated cultivating system without limit of weather, season and space with the development of optimized environment control system such as LED light and artificially controlling plant cultivating environment to control light, temperature, humidity, CO2 density, wind and nutrient solution within the limited environment. The objective of thesis is to reduce necessary energy by connects and test with PLC and embedded board to make the plant Factory system industrialized also to operate the plant cultivation system efficiently by providing optimization of plant factory system.
Abstract
Improvement of human friendly subsurface environment is increasing sharply because poor urban environment has been extended to subsurface environment through recent rapid Industrialization. In many countries throughout the world, reducing distribution coast and the amount of greenhouse gas emission movement is a trend by building plant cultivation system in metropolitan area instead of rural environment and a lot of attention is on plant factory system without boundary of natural environment by artificial control growth and development of plant. Great interest is on factory a like plant factory system that would have automated cultivating system without limit of weather, season and space with the development of optimized environment control system such as LED light and artificially controlling plant cultivating environment to control light, temperature, humidity, CO2 density, wind and nutrient solution within the limited environment. The objective of thesis is to reduce necessary energy by connects and test with PLC and embedded board to make the plant Factory system industrialized also to operate the plant cultivation system efficiently by providing optimization of plant factory system.
참고문헌 (10)
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