The expected result of this work is to show the time at which transient effects on system can be cleared by reducing its effects on the machines parameters. The objective of this research is focused on the performances of suggesting plan of linearized model of synchronous machine at normal and faults conditions when the system is loaded and when is not on load using Swing equation, and application to 3-phase fault were examined with simulation models which will make synchronous machine stability studies easier to understand. In this paper, dynamics, transient stability of a synchronous machine connected to loads at different locations on the system is analyzed, differentials, along with the Swing equations are solved using MATLAB/SIMULINK. The growth of interconnected system is a continuous process, which call for a new generators to be integrated into the network. To maintain synchronism between different generators exists in the network is getting difficult over time.
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