Comparison of high temperature superconductor (HTS) cable used in energy transmission line and traditional copper cable

At the present time, it is very important to carry this produced energy to the end consumer as well as the importance of energy production. While distributing energy, it is necessary to ensure the energy quality in the best way until it reaches the consumer. In order to provide this energy quality, it is necessary to minimize the voltage drop, power loss, load flow, current loss parameters that may occur in the line. In this study, simulation studies were carried out using the Digsilent powerfactory program on a traditional conductor and superconductor 154 kV, 66 kV and 34.5 kV mains power distribution line. Analysis results of superconductor and conventional conductor with different conductor lengths in networks with 154 kV, 66 kV and 34.5 kV values, respectively, were obtained. As a result of this simulation, electrical loss analyzes of two different conductors will be compared on graphs, and in case of using superconductivity instead of traditional conductor in energy distribution lines, energy losses will be minimized and reach the final consumer.