In case of a collapse of the interconnected system in Turkey, the emergency supply of Bartin province, independent of the network

The need for electrical energy is increasing day by day all over the world, and instead of production sources such as oil and natural gas, there is an increasing tendency towards sustainable and environmentally friendly alternative sources, namely renewable energy sources. One of the important factors affecting energy production is the losses in the distribution network. In order to prevent losses, it is recommended that the energy be consumed at the point where it is produced. An interconnected system is used in our country, and distributed generation resources come into play at this point in order to prevent the grid from being without energy in case of any problem, and it is thought that it will make our life easier if it is integrated into the grid. There are critical loads that need to be fed urgently in case the interconnected network fails. In case of a collapse of the transmission network in the study, critical loads that will be fed urgently in the province of Bartın will be fed by integrating the distributed generation facilities into the distribution network. The distribution network of Bartın province was modeled using the Digsilent Power Factory analysis program. In the simulation, necessary analyzes were made by performing load flow analysis, voltage and frequency controls. As a result of this study, isolated island mode was created in the feeders with emergency loads in the distribution network of Bartın province, and the feeding order of the loads was determined, and it was seen that the total installed power of the distributed generation facilities in the province of Bartın was sufficient to feed the critical loads.