Optimization of Electrical Distribution System Maintenance Process Based on Failure Modes

Abstract

This paper presents a novel scheme for comprehensive planning of reliability-centered maintenance (RCM) in the electrical distribution system to minimize the costs of cable repair and maintenance. To this end, a new formulation is proposed by taking into account the maintenance costs for different cases, repairs, repair-caused load projects, and energy purchase or generation costs. To solve the given complex problem, one of the most powerful and newest particle intelligence techniques called GSO algorithm is employed. Simulations are carried out on a 30-bus test network. Moreover, three scenarios and ten cases are applied in the process of extracting results to analyze the impact of various items on parameters of the objective function.

A probabilistic reliability‐centred maintenance approach for electrical distribution networks

“…In [15], the relationship between reliability and maintenance has been established by relating the effect of PM to the causes of failures for the underground cables, which was shown to be critical for the reliability of the network. The authors in [16] provided a new scheme for comprehensive planning of RCM based on failure models to minimise the costs of repair and maintenance of cables in a 30-bus distribution network.…”