Disclosed is a greenhouse facility cultivation management system capable of controlling a greenhouse inside and outside environment under optimal environment conditions in which crops are grown by analyzing not only greenhouse inside and outside environment information and culture medium state information but also growth-related image information of crops grown in a greenhouse, and capable of supplying nutrient solutions optimized for crops. The greenhouse facility cultivation management system comprises: an environment detection unit for sensing environmental information about a greenhouse inside and outside environment； an image information acquisition unit for obtaining image information related to growth of crops growing in an internal culture medium of the house； an environment control unit installed in the house to adjust the internal environment of the house to an optimal environment in which crops grow； a nutrient solution supply unit for supplying a nutrient solution to crops growing in a culture medium by sensing state information of the culture medium； and a main control unit for controlling the environment control unit to receive environmental information about the greenhouse inside and outside environment transmitted from the environment detection unit, image information related to growth of crops transmitted from the image information acquisition unit, and information about a state of the culture medium sensed by the nutrient solution supply unit, to control the environment control unit to adjust the internal environment of the greenhouse to an optimal environment in which crops grow, and to control the nutrient solution supply unit to supply nutrient solutions optimized for crops growing in the culture medium.하우스 내, 외부 환경 정보와 배지 상태 정보뿐만 아니라 하우스 내에서 생육되고 있는 작물의 생육 관련 영상정보까지 분석하여 작물이 생장되는 최적의 환경조건으로 하우스 내, 외부의 환경을 조절함과 동시에 작물에 최적화된 양액을 공급할 수 있도록 하는 하우스 시설재배 관리시스템이 개시된다. 상기 하우스 시설재배 관리시스템은 하우스 내, 외부 환경에 대한 환경 정보를 감지하는 환경 감지부와, 상기 하우스 내부의 배지에서 생장되는 작물의 생육
