True-voltage simulation-current closed-loop all-true training system for 10kV power distribution device

A true-voltage simulation-current closed-loop all-true training system for a 10kV power distribution device comprises a power distribution cabinet system and a computer control system. The power distribution cabinet system is composed of a true high-low-voltage switch cabinet. The power distribute cabinet system comprises true 10kV voltage, a 10kV voltage transformer, a breaker and a signal collecting module, wherein the secondary side of the 10kV voltage transformer is connected with the bus side of the true 10kV voltage, an auxiliary contact of the breaker is connected with the bus side of the true 10kV voltage, the input end of the signal collecting module is connected to the output end of the 10kV voltage transformer and the output end of the breaker, and the output end of the signal collecting module is connected to the computer control system. The computer control system is used for outputting corresponding virtual power supply according to voltage signals and closing/opening state signals of the breaker. The true-voltage simulation-current closed-loop all-true training system for the 10kV power distribution device has the advantages of overcoming the defect that an existing software simulation system cannot be operated truly, being capable of simulating various types of faults, simultaneously achieving a control mode of a plurality of different true site scenes and being complete in function and low in cost.