Mathematical models are presented for PVs, wind turbines, battery storages and diesel generators for optimal in a hybrid isolated system. The optimization model is formulated and a case study is run in a ruralnonelectrified area of Iran.
In this paper an algorithm is described to optimally locate fault indicators in radial distribution feeders considering the existing switching equipments and feeder configuration. The objective function of the optimization problem is explained. We will then go through the process of taking GIS system into use to develop the optimization tool. Case study results are analysed for a real network.
The incidence of adverse weather conditions and natural disasters have led to the imposition of widespread damages and outages in distribution network, while the number and severity of these events has been growing in recent years mainly. These outages are followed by school closures, disruption of service in emergency centres, huge financial losses to the industry and the economy, and other problems. This article reviews the rules to enhance network resiliency during bad weather conditions to reduce impacts of coercive events. Reduction of average power restoration time is named a main priority in power distribution planning and operation. Mazandaran, Iran power distribution network was taken as the study case, taking the regional natural and climatic situation into consideration.
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