Package com.powsybl.iidm.network
package com.powsybl.iidm.network
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ClassDescriptionAn Area is a geographical zone of a given type.To create an Area, from a
Networkinstance call theNetwork.newArea()method to get an Area builder instance.An AreaBoundary is a boundary of anArea.To create an AreaBoundary, from aAreainstance call theArea.newAreaBoundary()method to get an AreaBoundary builder instance.AutomationSystem<I extends AutomationSystem<I>>A battery system.To create a battery, from aVoltageLevelinstance call theVoltageLevel.newBattery()method to get a battery builder instance.An equipment with two terminals.A bus is a set of equipments connected together through a closed switch.A busbar section, a non impedant element used in a node/breaker substation topology to connect equipments.A set of connected bus in the network.Connectable<I extends Connectable<I>>An equipment that is part of a substation topology.Container<I extends Identifiable<I>>Countries alpha-2 code.Current limits are defined by: A permanent limit (A) Any number of temporary limits.A dangling line to model boundaries (X nodes).The energy source of a generator.UseAbstractEquipmentTopologyVisitorinsteadExponential load model.This is the base class for all IIDM exporters.A utility class to work with IIDM exporters.A power generator.To create a generator, from aVoltageLevelinstance call theVoltageLevel.newGenerator()method to get a generator builder instance.HvdcConverterStation<T extends HvdcConverterStation<T>>HVDC converter station.HDVC type: VSC or LCCHVDC converter station builder and adder.A HVDC line connected to two HVDC converters on DC side.Converters mode used to known the sign of the active power of the HVDC line.HVDC line builder and adder.There would be three types of id: 1. id of equipment: 2. id of a configured bus itself: 3. id of branch, in this case, side is requiredIdentifiable<I extends Identifiable<I>>An object that is part of the network model and that is identified uniquely by aStringid.Generic configuration for network importing.This is the base class for all IIDM importers.A utility class to work with IIDM importers.A equipment with one terminal.LCC converter station.LCC converter station builder and adder.Harmonic filter.An AC line.To create a new AC line, from aNetworkinstance call theNetwork.newLine()method to get a line builder instance.A constant power load (fixed p0 and q0).To create a load, from aVoltageLevelinstance call theVoltageLevel.newLoad()method to get a load builder instance.Temporary current limit.Generatorreactive limits that does not depend of the active power.Multi-threadReportNodeContext's implementation.A power network model.A global bus/breaker view of the network.A global bus view of the network.Just being able to name method create et not createNetwork.An overload management system.OverloadManagementSystemAdder.TrippingAdder<I extends OverloadManagementSystemAdder.TrippingAdder<I>>A phase tap changer that is associated to a transformer to control the phase.Interface for classes responsible for building a single step when usingPhaseTapChangerAdder.Interface for classes responsible for building a single step.Interface for classes responsible for building a single step when usingPhaseTapChangerStepsReplacer.A ratio tap changer that is associated to a transformer to control the voltage or reactive power.Interface for classes responsible for building a single step when usingRatioTapChangerAdder.Interface for classes responsible for building a single step.Interface for classes responsible for building a single step when usingRatioTapChangerStepsReplacer.A reactive capability curve to define reactive limits of aGeneratororBatterythat depends of the active power.A point of the reactive capability curve, for a given active power the minimal and the maximal value for the reactive power.Base class forGeneratorreactive limits.A shunt compensator.To create a shunt compensator, from aVoltageLevelinstance call theVoltageLevel.newShuntCompensator()method to get a shunt compensator builder instance.Simple mono-thread ReportNodeContext's implementation.Static VAR compensator model.A substation is a collection of equipments located at a the same geographical site.To create a substation, from aNetworkinstance call theNetwork.newSubstation()method to get a substation builder instance.A switch to connect equipments in a substation.The kind of switch.TapChanger<C extends TapChanger<C,S, R, A>, S extends TapChangerStep<S>, R extends TapChangerStepsReplacer<R, A>, A extends TapChangerStepAdder<A, R>> TapChangerAdder<S extends TapChangerAdder<S,D, A, B, R, C>, D extends TapChangerStep<D>, A extends TapChangerStepAdder<A, S>, B extends TapChangerStepAdder<B, R>, R extends TapChangerStepsReplacer<R, B>, C extends TapChanger<C, D, R, B>> Generic adder interface of the tap changer.TapChangerStep<S extends TapChangerStep>Set of methods to build a new step for a tap changer.Contains methods to build and replace the list of steps of an existing tap changer.An equipment connection point in a substation topology.A bus/breaker view of the terminal.A bus view of the terminal.A node/breaker view of the terminal.Topology traversal handlerUseAbstractTerminalTopologyVisitorinsteadA Three Windings Power Transformer.Transformer legA tie line is an AC line sharing power between two neighbouring regional grids.The kind of topology.The level of topology.A two windings power transformer.This class provides methods to manage variants of the network (create and remove a variant, set the working variant, etc).A voltage level is a collection of equipments located in the same substation and at the same base voltage.A bus/breaker view of the topology.A bus view of the substation topology.A node/breaker view of the topology.VSC converter station.VSC converter station builder and adder.ZIP (polynomial) load model.