Modeling and Simulation of High Voltage Power Lines under Transient and Persistent Faults

The work proposes an original method for modeling and simulating the triggering of 110 kV interconnection power lines in case common faults, such as transient or persistent faults. Urban industrial areas, surrounding urban require a high energy consumption that is being supplied through overhead lines, responsible distributing to domestic consumers. High voltage distribution are most prone failure, due their exposure, affecting large number consumers if fault occurs. Faults service certify currently there no perfectly controllable operation mode terms load rating, environmental factors, insulation resistance, mechanical which would allow total avoidance it only possible reduce impact they have on network whole. Mathematical models been developed determine experimental current responses describing propagation, expressed 7th-degree polynomial curve, second-order transfer function Gaussian model type. By comparing these mathematical models, probable answers can lead development control structure rapid identification were obtained, with possibility line protection relay. In final part manuscript, viability applying artificial intelligence techniques, approached management application, proven. evaluates nature determines faster reaction causing increase performance service.