This paper presents a detailed analysis on transient stability in power system using modified Euler's iterative techniques. Transient stability studies are of prime importance while planning as well as control and operation of the system. To carry out the transient stability studies, the initial operating conditions of the system just before the disturbances should be known. All these initial conditions are obtained by load flow studies prior to the disturbances by proper load flow methods.
This paper presents the reason for the current interest in distributed generation and the challenges that are faced while increasing its share in the electricity generation mix. Under the present centralized generation paradigm, electricity is mainly produced in bulk amount at large generating stations, wheeled though the transmission and distribution grids to the end consumers. However, the recent quest for energy efficiency and reliability and reduction of greenhouse gas emissions led to explore possibilities to alter the existing generation paradigm and increase its overall performance with the implementation of distributed generation.
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