Abstract
Present-day interconnected power systems are prone to different types of disturbances which can affect the whole system and may even lead to blackouts. To get rid of these eventualities, effective online monitoring is carried out on a regular interval. This paper presents a very fast distributed method of calculating line flows in case of line outages. As a computational tool, one single server and two client computers are used in the present work. Since a power system is inherently distributed in nature and contains a number of subsystems connected through tie-lines, the client-/server-based distributed platform suits well with the power system structure. The overall computational work is done mainly by two client computers and server does the necessary job of coordination. Communication between different processes running in server and clients are carried out through the use of Berkeley Socket Interface.
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