The invention relates to the field of pump station engineering, in particular to a combined type vortex control device for a pump station water inlet flow field. The combined type vortex control device comprises a water pool and multiple water sucking horn pipes. Multiple main flow guide walls, multiple auxiliary flow guide walls and multiple partition walls are vertically arranged on a bottom plate of the water pool in sequence from the front end to the rear end. All the water sucking horn pipes are arranged at the rear end of the water pool and communicate with one water pump unit. The front ends of the multiple main flow guide walls, the front ends of the multiple auxiliary flow guide walls and the front ends of the multiple partition walls face the front end of the water pool, and the rear ends of the multiple main flow guide walls, the rear ends of the multiple auxiliary flow guide walls and the rear ends of the multiple partition walls face the rear end of the water pool. Water flow sequentially flows through the multiple main flow guide walls, the multiple auxiliary flow guide walls and the multiple partition walls and then enters the multiple water sucking horn pipes. The two main flow guide walls are arranged in a splayed shape. The three auxiliary flow guide walls are arranged in the shape like a Chinese character 'chuan', and the multiple partition walls and the multiple water sucking horn pipes are arranged alternately. By means of the combined type vortex control device for the pump station water inlet flow field, backflow and vortexes of a large pump station can be effectively removed, the flowing state of the water inlet flow field is adjusted, the uniformity of water flow entering a pump is improved, and the running stability of the pump station is improved.