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Key Program Features: |
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Generator local/remote bus voltage control; |
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Four solution techniques: Newton-Raphson, fast de-coupled, hybrid solution, advanced Gauss Seidel; |
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Bus types can be defined as follows: “out of service,” “load,” “generator,” or “swing bus”; |
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Multiple swing buses/co-generation units; |
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Multiple independent islands; |
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Generator models can have different modes of operation: “fixed power output,” “fixed active power and control voltage at the terminal or at a remote location” |
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Two- and three-winding voltage control transformer models; |
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Transformers with fixed tap, voltage control, phase shifter (active power control), and reactive power control; |
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Transformers can be equipped with under load tap changers (ULTC) for local and remote bus voltage control |
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SVC “static-var compensation” and shunt capacitor and reactors; |
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“Area interchange control” allows many areas to participate in the area power interchange; each area will have a dedicated generator for controlling the tie line power; |
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DC lines and converter models; |
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No bus-numbering limitations; |
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Line voltage regulator (LVR); |
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Unlimited generators and/or motors schedules; |
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Transformer sizing through ADPF simulation. |
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