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As electric power networks worldwide expand to accommodate more generation, RER,and control devices, the physical and technical consequences resulting from weaknessesin generation, transmission, and distribution will become more costly to society andthe environment. To date, analysis tools that provide operational and planning guidancehave been limited to studying systems with static and dynamic models of generators,busses, controls (exciters and governors), and FACTs devices. Little work has beenundertaken to upgrade these tools to include predictability and adaptiveness, and toprovide solutions for managing the power system of the future. Thus, this chapter fi rstreviews the extant research in stability assessment, and follows with a proposed frameworkfor the design of the new tools needed for smart grid analysis and design. Theconcept and techniques used in voltage stability assessment are described next.
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