A set of interrelated organizational and technical measures ensuring the monitoring of the technical condition of power transmission lines, determining the location and type of damage. Typically, monitoring systems use equipment complexes designed to monitor the technical condition of power lines, determine the location and type of damage, and transfer data through various channels to the processing center.
Published in Chapter:
Time Factor for Determination of Power Supply System Efficiency of Rural Consumers
Alexander Vinogradov (Orel State Agrarian University, Russia), Alexey Vasiliev (Federal Scientific Agroengineering Center VIM, Russia), Vadim Bolshev (Orel State Agrarian University, Russia), Alexander Semenov (Orel State Agrarian University, Russia), and Maksim Borodin (Orel State Agrarian University, Russia)
Copyright: © 2018
|Pages: 27
DOI: 10.4018/978-1-5225-3867-7.ch017
Abstract
This chapter proposes the interpretation of the concept of “power supply system efficiency” and a mathematical model that focuses on minimization of electricity supply expenses while observing the time criteria. The research examines the constituents of the specified time criteria, the calculations of power outage time, and the time of power supply restoration. In addition, this chapter describes the constituents of implementation time for a technological connection of rural consumers to electric networks and the statistical data on the time of inconsistency between power quality and regulatory requirements. Furthermore, this chapter investigates the applying possibility of the proposed mathematical model for the development of measures that can improve power supply system efficiency. In order to improve electricity supply reliability of rural consumers, the technical condition monitoring of power lines and electrical network automation is carried out.