The present invention relates to a plant cultivation system comprising: a cultivator main body having a cultivation space in which plants are cultivated； a water supplying part provided in the cultivator main body so as to spray water stored in the cultivator main body to the plants cultivated in the cultivation space； a lighting part installed in the cultivator main body so as to irradiate light to the plants cultivated in the cultivation space； a controlling part for controlling the water supplying part and the lighting part, respectively； and a communication terminal for allowing the controlling part to receive a control signal by communication through a communication net. According to the plant cultivation system of the present invention, when a user connects to a plant management service system, which provides services necessary for plant management, using the communication terminal through the communication, and then selects water supply or lighting, the plant management service system transmits a control signal corresponding to the selection of the user to the communication terminal through the communication net, so that the controlling part controls the water supply part or the lighting part in response to the control signal received through the communication terminal. According to the present invention, the plants can be cultivated and managed at even a remote place using a smart phone or the like, the availability of the plant cultivator can be raised by having various functions, such as anion generation, humidification, audio file playing, recording, photographing, oxygen generation, phytoncide generation, and dehumidification, as well as a function of simply cultivating plants, and the cultivation conditions according to the kinds or types of the plants can be easily confirmed, thereby helping cultivate plants correctly.본 발명은 식물 재배 시스템으로서, 식물이 재배되기 위해 재배공간을 가지는 재배기본체； 상기 재배기본체에 저장된 물을 상기 재배공간에 재배되는 식물에 분사하도록 상기 재배기본체에 마련되는 급수부； 상기 재배공간에 재배되는 식물에 광을 조사하도록
