The invention discloses a three-dimensional virtual simulation system for the business training of a coal mine hoister driver, and the system, and the system comprises software and hardware. A software part employs VC++ to develop a virtual simulation software control interface, and can achieve various operations of a three-dimensional virtual hoister. The hardware part comprises an operating platform, a computer host, and projection display equipment. The three-dimensional virtual hoister in the virtual simulation software is controlled through a handle, a button switch and a rotary knob on the operating platform to complete corresponding operation, and enables a virtual scene to be rendered in real time and displayed on three-dimensional projection equipment. The beneficial effects of the invention are that the system helps the coal mine hoister driver become immersed into the working environment of the virtual hoister through the technology of computer graphics and the technology of virtual reality. The system facilitates the improvement of the operating skill of the driver, avoids the damage to equipment in real hoister training, saves the purchase cost of an expensive hoister, is small in occupied space, is low in training cost, and is safe and efficient.