External electric supply controllable reactor

Abstract

A controllable reactor with outside electrical source has main body and is made up by oil box, magnetic core pole inside of it, left and right side magnet yokes, up and down magnet yokes, winding of magnetic core pole and all kinds of sensor for detecting all species of parameters. It relates to rectifying and filtering equipment, detecting equipment for detecting electrical network parameter and control unit. The net-side winding, compensate winding and control winding set on the magnetic core pole from outside to inside. Net-side winding connects with transmit electricity circuitry, rectifying and filtering equipment connects with outside alternating current source, one end of control winding connects with input end of rectifying and filtering equipment, its output end connects with the other end of control winding to make up of feedback loops. The control unit joints with end boxes to main body connecting with all kinds of sensor signal, rectifying and filtering equipment and detecting equipment. Detecting equipment connects with transmit electricity circuitry and changes reactance value and capability of reactor by changing saturation and magnetic ratio of iron core.

Description

technical field [0001] The invention relates to a reactor, in particular to a reactor which utilizes an external power source to realize controllable reactance value and capacity. Background technique [0002] The research on controllable reactors began in the 1950s, and various types of controllable reactors, such as turn-adjusting type, air-gap adjusting type, high-impedance transformer type, and phase-controlled type, have appeared successively. To a certain effect, but most of them cannot be applied to high-voltage power grids. In order to solve this problem, the magnetically controlled reactors currently being studied often adopt a structure with a small cross-section on the core column, and the coil has a tap. In practice, it is felt that the reactor with this structure cannot be applied to high-voltage products. . Contents of the invention [0003] Aiming at the problems existing in the prior art, the purpose of the present invention is to provide a controllable r...

AI Technical Summary

Problems solved by technology

[0002] The research on controllable reactors began in the 1950s, and various types of controllable reactors, such as turn-adjusting type, air-gap adjusting type, high-impedance transformer type, and phase-controlled type, have appeared successively. To a certain effect, but most of them cannot be applied to the high-voltage power grid

In order to solve this problem, the magnetically controlled reactors currently being studied often adopt a structure with a small cross-section on the core column, and the coil has a tap. In practice, it is felt that the reactor with this structure cannot be applied to high-voltage products.

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