Abstract
In transmission planning, we need a good network design to minimize the construction cost and to determine the optimal location of substations. This paper presents a feasible design method, using two mathematical techniques (Dijkstra's algorithm and Transportation algorithm) to optimize substation sizes and service boundaries, given alternative locations for the substations under reliability constraints. A reliability index, the Average Annual Customer Interruption Rate (AACIR) is used to determine the reliability of loads. Appropriate measures can then be taken to increase the reliability of the system.
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