An automated pipelined cultivation facility for a plant factory, comprising: a cabinet frame (1) forming a plant growth environment space, soaking cultivation trays (2), cultivation tray carts (3), cultivation tray cart moving devices (4), a nutrient solution supply device (5), a nutrient solution recovery device (6), and a lighting device (7). Multiple layers of guide rails (11) are provided horizontally on two sides of the inner wall of the cabinet frame (1)； a plurality of cultivation tray carts (3) are placed on the guide rails (11)； the soaking cultivation trays (2) are correspondingly placed on the cultivation tray carts (3)； and liquid leakage holes (21) are provided on at least one side of the bottom surfaces of the soaking cultivation trays (2) close to the guide rails (11). The cultivation tray cart moving devices (4) are provided on both ends of the guide rails (11) of the cabinet frame (1). The cultivation tray carts (3) move horizontally on the guide rails (11) under the push of pushing mechanisms of the cultivation tray cart moving devices (4). The cultivation tray carts (3) move vertically between the multiple layers of guide rails (11) under the push of lifting and lowering mechanisms of the cultivation tray cart moving devices (4). Provided is an automated pipelined cultivation facility for a plant factory, which is efficient, labor-saving, and capable of improving planting ratio.La présente invention concerne une installation de culture en pipeline automatisée pour une usine de plantes, laquelle comprend : un cadre d'armoire (1) formant un espace d'environnement de croissance de plante, des plateaux de culture par trempage (2), des chariots de plateaux de culture (3), des dispositifs de déplacement de chariots de plateaux de culture (4), un dispositif d'apport de solution nutritive (5), un dispositif de récupération de solution nutritive (6) et un dispositif d'éclairage (7). De multiples niveaux de rails de guidage (11) sont disposés horizontalemen
