The aim of this thesis is to present a fault locator used in the system NEO 3000 and its implementation in the system of protection and control. The thesis also describes the testing of fault locator. The thesis is substantially divided into five parts. The first part presents the theory of fault locator. This section describes the algorithms for determination of fault location. The second part addresses the problems associated with a determination of fault location. The third part presents the fault locator algorithm used in the NEO 3000 system. The fourth part describes configuration of fault locator and its integration into the system of protection and control. The last, fifth part, is about testing the fault locator and gathered results.
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