modelImpedYDNonSymHeat

One terminal impedance base non symmetric with heat port, 3-phase dq0

Extends from ImpedYDNonSymBase (One terminal impedance base non symmetric, 3-phase dq0), PowerSystems.Interfaces.AddHeatV (Additional vector heat port).

Information

Same as ImpedYDNonSymBase, but contains an additional vector heat port.

Does not contain mass and specific heat. These parameters are expected to belong to the corresponding thermal model. The heat-flow at the connectors is given by the dissipated electric power per conductor (not included neutral-to-ground!).

Parameters

TypeNameDefaultDescription
SIpu.Resistancer_n (from ImpedYDBase)1resistance neutral to grd
Integerm_heat (from AddHeatV)1number of heat conductors
Parameter Scaling
BooleanpuUnits (from Nominal)true= true, if scaled with nom. values (pu), else scaled with 1 (SI)
Nominal
SI.VoltageV_nom (from Nominal)1nominal Voltage (= base for pu)
SI.ApparentPowerS_nom (from Nominal)1nominal Power (= base for pu)
SI.Frequencyf_nom (from NominalAC)system.f_nomnominal frequency
Initialization
Types.DynamicsdynType (from ImpedYDBase)system.dynTypetransient or steady-state model

Connectors

TypeNameDefaultDescription
Ports.ACdq0_pterm (from Port_p)positive terminal
ThermalV_pheat (from AddHeatV)vector heat port

Components

TypeNameDefaultDescription
Topology_ptop (from YDport_p)
PS.Voltagev (from YDport_p)voltage conductor
PS.Currenti (from YDport_p)current conductor
PS.Voltagev_n (from YDport_p)voltage neutral
PS.Currenti_n (from YDport_p)top.i_ncurrent neutral to ground
SI.TemperatureT (from AddHeatV)Temperature of heat conductors
SI.HeatFlowRateQ_flow (from AddHeatV)Dissipated heat of conductors
PS.Voltagev_abcPark*top.v_cond
PS.Currenti_abcPark*top.i_cond