High-voltage intelligent compensation device

Provided is a high-voltage intelligent compensation device. A steel channel is fixed on two cement poles by bolts. A main box is fixed on the steel channel by bolts. The upper part of the main box is provided with two main box output ends, and the middle of the two main box output ends is provided with a main box input end. The high-voltage intelligent compensation device is characterized in that the two main box output ends and the main box input end are respectively connected with current sensors arranged in the lower part in an abutting mode after being embedded in the main box, one side of each current sensor is provided with a high-strength insulation plate, the current sensors and the high-strength insulation plates are fixed in the inner upper part of the main box by bolts, and a voltage sensor is fixed in the inner upper part of the main box by a bolt. The high-voltage intelligent compensation device is novel in structure, reasonable in design, reliable in work, full-automatic in operation, unaffected