Abstract
The article considers the technical possibilities of early detection and prevention of electrical equipment malfunctions. Monitoring the technical condition of electrical equipment is crucial, the quality of such equipment must be extremely high to ensure adequate reliability during operation, and maintenance and adjustment to have high quality indicators. Since the ability to monitor the parameters of electrical systems during their operation is limited and often reduced to monitoring the performance of existing meters, special attention should be paid to quality and comprehensive diagnostics when maintaining such systems. One of the widely used methods of increasing the life of electrical equipment at the stage of its development is the simplification of circuit solutions, respectively, reducing the number of elements in the product. It is known that the fewer individual elements in the product, the less likely it is to fail. Even if complex electrical equipment consists of many elements of high reliability, in general it has low reliability due to the presence of a large number of elements in its design, connected in series. The expediency of increasing the life of electrical equipment at the stage of its development by simplifying circuit solutions, respectively, reducing the number of elements in the product is also limited. The consequence of simplifying the circuit solutions of electrical equipment is quite natural to reduce its functionality. During the operation of electrical equipment should be a constant comprehensive monitoring of its condition and important parameters. Various technical and economic measures are used in the industry to ensure the necessary reliability and trouble-free operation of electrical equipment. We consider it necessary to develop computer models of probability of failure, taking into account the operating conditions and the actual load for each individual electrical device or network.
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