Power distribution system for detecting and repairing all electrical faults, and construction method therefor

Abstract

Disclosed is a power distribution system for detecting and repairing all electrical faults, which performs at least one of immediate alarming, breaking, repairing, notifying, monitoring, and controlling according to a faulty section, place, and position where a fault occurred, if a resistance increase, an arc, an open phase, a connection failure, a partial wire disconnection, an incorrect wire connection, an abnormal voltage input, an electricity leakage, a short circuit, or a power imbalance occurs in three-phase or single-phase electrical equipment or in the present power distribution system.

Description

technical field [0001] The invention relates to a power distribution system for universal detection and repair of electrical faults and its construction method, which generates resistance in electrical equipment using three-phase or single-phase power supply, the power distribution system, and power lines (electric lines, bus ducts, etc.) When there are electrical faults such as increase, arc, disconnection, phase loss, leakage, half disconnection, poor connection, abnormal voltage inflow, etc., each of the above electrical equipment equipped with a detector / repairer is detected in real time, and according to the fault area, fault Places and facilities generate electrical signals caused by the above-mentioned electrical faults to cut off, alarm, notify, monitor, control or repair faulty power supplies, thereby preventing electric shocks, fires, and power outages. Background technique [0002] Generally speaking, electrical equipment refers to machinery, institutions, dams, w...

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Problems solved by technology

[0038] However, the prior art as described above has a problem that it is necessary to check with the naked eye an arc, an increase in resistance, etc. that occur due to an abnormality in an electrical device or circuit, or since there is no special detection method, the When overheating occurs due to arcing (poor connection), resistance increase, etc., the insulation will be destroyed, resulting in disconnection, power failure, electric shock, leakage, short circuit, overheating and fire, and the inevitable loss of life and property.

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