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Artículo de publicación ISIA novel optimization methodology consisting of finding the near optimal locationof wind turbines (WTs) on a planned transmission network in a secure and cost-effectiveway is presented on this paper. While minimizing the investment costs of WTs, thealgorithm allocates the turbines so that a desired wind power energy-penetration level isreached. The optimization considers both transmission security and power system stabilityconstraints. The results of the optimization provide regulators with a support instrument togive proper signals to WT investors, in order to achieve secure and cost effective windpower network integration. The proposal is especially aimed at countries in the initial stageof wind power development, where the WT network integration process can still beinfluenced by policy-makers. The proposed methodology is validated with a real powersystem. Obtained results are compared with those generated from a business-as-usual(BAU) scenario, in which the WT network allocation is made according to existing WTprojects. The proposed WT network allocation scheme not only reduces the total investmentcosts associated with a determined wind power energy target, but also improves powersystem stability

Optimal Allocation of Wind Turbines by Considering Transmission Security Constraints and Power System Stability