name

Miroshnikov Aleksey Vladimirovich

Scholastic degree

—

Academic rank

—

Honorary rank

—

Organization, job position

• Kuban State Agrarian University
 
 

Research interests

Web site url

—

Email

—

Current rating (overall rating of articles)

0

TOP5 co-authors

• Makarenko A. S. ²
• Osykin S. V. ²
• Kurchenko N. Y. ¹

Articles count: 2

Сформировать список работ, опубликованных в Научном журнале КубГАУ

• pdf  165.959kb doc 165.959kb Views: 397 Date: 28.04.2017
  Miroshnikov A. V. Makarenko A. S. Kurchenko N. Y. Osykin S. V.

  THE FUNDAMENTALS OF CALCULATION OF INDEXES OF PROBABILITY OF NO-FAILURE OF HIGH-VOLTAGE ELEMENTS OF THE ELECTRICAL NETWORK

  05.00.00 Technical science

  Description

  The article deals with the reliability of the functioning of the equipment of the power supply substation, and the determination of the probability of uninterrupted supply of electricity to consumers. The following are presented: models of failures of separators, models of short-circuit failures, models of failures of disconnectors. Two statistical series for sudden and gradual failures are singled out. The reliability theory is shown as the main distribution of fail-safe time for sudden failures. The conclusions on the presented models are made and the suggestions on introduction into production are given. According to the presented models, it is possible to judge the reliability of the station's operation, which is necessary for implementing measures to improve the reliability of electricity supply in network companies

• pdf  151.366kb doc 151.366kb Views: 244 Date: 31.05.2017
  Miroshnikov A. V. Makarenko A. S. Osykin S. V.

  THE BASICS OF CALCULATING THE PROBABILITY OF FAILURE-FREE OPERATION OF SUPPLY BUSES AND BUS SECTIONS

  05.00.00 Technical science

  Description

  In agriculture, the high reliability of electricity supply is necessary because of its main feature production is associated with biological objects. The change in the state parameters can lead to a sharp decrease in the productivity of the biological system or, in general, to the death of it. The following enterprises are particularly critical to the reliability of power supply: dairy farms, hothouse complexes, incubators, grain storage sites, finished products and much more. The article presents: models of failure of switchable busbar, models of failure of supply buses; formulas for the calculation of reliability indicators, the calculated values of the probabilities of failure-free operation of individual elements, analysis of the values obtained, conclusions were made on the models presented and suggestions were made for introduction into production, energy conservation was associated with reliability of electrical installations