Abstract
The author describes the models and computational techniques that simulate the operational behavior of cogeneration and small power-producing facilities and evaluates their impact on the reliability indices of power system load-points. These techniques evaluate the five basic reliability indices of the system load-points and quantify the impact of these facilities on the system reliability performance. The increased information that can be gained from these improved techniques is illustrated by the analysis of a typical system based on the Hellenic interconnected transmission system. The results demonstrate the increased information that can be gained about the reliability indices of the system load-points and the impact of these facilities on them. By varying the operational features of cogeneration facilities, a system planner can assess a number of additional system configurations which are not possible using existing techniques. >
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