PRT system with stand column type station arrangement

The invention discloses a PRT system with stand column type station arrangement, and relates to the field of rail transit. The system comprises a suspension train elevated supporting structure, a running track system, a PRT train lifting system and a small PRT suspension train vehicle. The track comprises a sliding track, a high-speed track and a replacement track and is fixed on the elevated stand column through a track beam. The control system controls lifting and running of the carriages and the rails. When the PRT train runs, the control system starts the lifting host to enable the carriages to rise to the sliding track from the stopping station and then move to the high-speed track according to needs. During parking, the control system controls the train to decelerate, the lifting host is started to switch the train to the sliding track and then to the replacement track, and then the train descends to the ground. The system is low in cost, small in occupied area and short in construction period, point-to