Abstract
ABSTRACT The paper deals with dynamic phenomena in island power systems. Most of the large disturbances that initiate the dynamic processes in the power system are caused by forced outages of generating units. The paper presents two large disturbances in the Israeli island power system: simultaneous forced outage of 3 large generating units and a large scale load rejection. An island power system must preserve sufficient measures to cope with disturbances of the kind mentioned above. The main measures are the load shedding system and the operational spinning reserve margin. The paper demonstrates the relations between the spinning reserve margin and the dynamic response of the power system. The paper also deals with the economic value of preserving a certain spinning reserve level.
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