Integrated Volt/VAR Control - Smart Grid News

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IVVC Optimization Table‣ Algorithm Resolves Constraints‣ Cost for voltage and Var used to determineoperation. Capacitor vs Regulator/LTC‣ Decision criteria to resolves voltage or VARviolation‣ The utility defines/selects resolution costs andmetrics through solution weighting24
Volt/Var Management Implementation‣Data Requirements: Data is provided in a formatted flatfile and imported to the Volt/Var Management applicationvia a standard data import script‣Static Device Attributes examples are Capacitor Bank size, LTC andRegulator static attributes: Primary and Secondary voltages, Number oftaps, max/min voltages, bandwidth‣Regulation Settings examples are Cap Bank Regulation type (Volt,Var, Time, Temp), regulation target, regulated phase are integrated in themodel‣Nominal feeder topology: examples include Cap Bank/Regulator tofeeder section, Cap Bank/Regulator to Sectionalizing Switches (SCADASwitch, Sectionalizers, Reclosers), Cap Bank/Regulator to feeder, CapBank/Regulator to substation bus, Device to control zone25
Page 1 and 2: Integrated Volt/VAR ControlMike Pre
Page 3 and 4: ‣ How does Volt-Var Management be
Page 5 and 6: Volt/Var Fundamentals‣Change in v
Page 7 and 8: How does IVVC benefit Utilities?7
Page 9 and 10: Business Drivers‣ Pennsylvania PU
Page 11 and 12: What is Integrated Volt-Var Managem
Page 13 and 14: What is Integrated Volt/VAR‣ A Fl
Page 15 and 16: Case 2: Distributed Voltage Regulat
Page 17 and 18: Case 4: Integrated Volt/VARSubstati
Page 19 and 20: Functional Requirements‣ Control
Page 21 and 22: Volt-Var System Input Values21
Page 23: Volt/Var Management Algorithm‣IVV
Page 27 and 28: Example Architecture- IVVCFieldComm

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