Abstract
The stable and uninterrupted work of the energy sector enterprises largely determines the economic development of the country. At the same time, the reliability of energy systems and complexes depends on the technical condition of the energy transportation equipment. In this regard, there is an urgent need to monitor the technical condition of the equipment. Currently, there are various types of non-destructive testing used for diagnostics, but none of them is universal, and many of them only allow to find defects of a certain type. In this connection, there is a topical issue of improving the methods for assessing the technical condition of equipment during the transportation of energy carriers in energy systems and complexes. This paper presents an information and diagnostic complex that implements the proposed technical solution and tests the methodology.
Highlights
Energy sector is a basic sector of the national economy
To ensure reliable work of the energy system and, as a result, to ensure uninterrupted supply of thermal energy to consumers, special attention should be paid to the technical condition of the energy transportation equipment in energy systems and complexes [7, 8]
It is very important to improve the methodology for assessing the technical condition of equipment during the transportation of energy carriers in energy systems and complexes, which is the purpose of this work
Summary
Energy sector is a basic sector of the national economy. Reliable work of energy sector enterprises is a guarantee of the country's energy security and its stable economic growth. The growth of production capacity, a large degree of wear of equipment, as well as the wasteful energy consumption, all these factors introduce the energy industry to an area of heightened risk, technological failures, accidents, making the energy supply system less reliable [1]. The decision of these and other problems in the fueland-energy complex becomes essential. The Government of the Russian Federation has adopted the order No 1715-r “Energy Strategy of Russia for the Period up to 2030 (ES-2030)” in November 13, 2009 [26]
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