The invention relates to a multifunctional teleconference system for electric power training. The multifunctional teleconference system comprises a plurality of tables, a lifting screen is arranged on the peripheral side of the tabletop of each table in an embedded mode, and each lifting screen is integrally formed by a left panel, a right panel and a rear panel. A supporting plate is arranged below each lifting screen and arranged on a lifter. Each tabletop surrounded by the corresponding lifting screen is provided with a groove used for containing a tablet personal computer, and when tablet personal computers are contained into the corresponding grooves, an inclination angle of 30 degrees is formed between each tablet personal computer and the corresponding groove. The side wall of each table is provided with a containing box, and the side wall of each containing box is provided with an infrared alarming device for detecting whether articles enter and exit the corresponding containing box. The multifunctional teleconference system is simple in structure and can be used for electric power training, electric power teleconferences and electric power examinations, in addition, the tablet personal computers of the multifunctional teleconference system are installed in a matched mode, and therefore electric power remote training and electric power teleconferences can be achieved.