حامد گودرزي

The assets of energy distribution systems have a high quantity and numerous defects throughout the year. Therefore, despite continuous repairs, it is impossible to completely eliminate outages in distribution utilities. By using appropriate outage management systems, the rate of outage can be reduced to a large extent. Among the studies conducted, there is no study that simultaneously deals with the optimal number of outage and repair centers from an economic point of view. The purpose of this thesis is to provide an optimal model for the number of outage centers and repairs required by a distribution utility based on effective economic factors. In this model, the impact of outage and repair costs on asset failure, vehicle costs, fuel costs, human resource costs and other economic factors are analyzed. This optimization is done using coding in MATLAB software and is discussed and eva‎luated based on real data of Iranian distribution utilities. Also, an environmental-economic optimization is performed based on the proposed model. Given the impact of the COVID-19 virus outbreak in recent months, the effect of this virus on this economic optimization is also being eva‎luated.

مديريت اتفاقات، سيستم هاي انرژي، تعميرات، هزينه هاي خاموشي

Outage management system, energy systems, maintenance, outage costs

Hamed Goodarzi

Dr. Reza Dashti