SvInjectionArray

Type: array

Array of SvInjection objects

 No Additional Items

Each item of this array must be:

root SvInjection

SvInjection

Type: object

The SvInjection reports the calculated bus injection minus the sum of the terminal flows. The terminal flow is positive out from the bus (load sign convention) and bus injection has positive flow into the bus. SvInjection may have the remainder after state estimation or slack after power flow calculation.

 No Additional Properties

root SvInjection SvInjection.pInjection

pInjection

Type: object or number

The active power mismatch between calculated injection and initial injection. Positive sign means injection into the TopologicalNode (bus).

root SvInjection SvInjection.pInjection value
Type: number Default: null

nan

root SvInjection SvInjection.pInjection unit

UnitSymbol

Type: enum (of string) Default: "W"

nan

Must be one of:

  • "UnitSymbol.JPerkg"
  • "UnitSymbol.NPerm"
  • "UnitSymbol.WPerW"
  • "UnitSymbol.JPermol"
  • "UnitSymbol.WPerm2sr"
  • "UnitSymbol.V"
  • "UnitSymbol.A2h"
  • "UnitSymbol.JPerK"
  • "UnitSymbol.m3Perkg"
  • "UnitSymbol.HzPerHz"
  • "UnitSymbol.T"
  • "UnitSymbol.Vh"
  • "UnitSymbol.tonne"
  • "UnitSymbol.JPerm2"
  • "UnitSymbol.CPerkg"
  • "UnitSymbol.VPerHz"
  • "UnitSymbol.ohm"
  • "UnitSymbol.K"
  • "UnitSymbol.m3Compensated"
  • "UnitSymbol.lx"
  • "UnitSymbol.lPerh"
  • "UnitSymbol.APerm"
  • "UnitSymbol.charPers"
  • "UnitSymbol.katPerm3"
  • "UnitSymbol.Pas"
  • "UnitSymbol.ohmPerm"
  • "UnitSymbol.radPers2"
  • "UnitSymbol.Btu"
  • "UnitSymbol.WPers"
  • "UnitSymbol.h"
  • "UnitSymbol.lPerl"
  • "UnitSymbol.l"
  • "UnitSymbol.As"
  • "UnitSymbol.cosPhi"
  • "UnitSymbol.W"
  • "UnitSymbol.count"
  • "UnitSymbol.PaPers"
  • "UnitSymbol.onePerHz"
  • "UnitSymbol.m3Pers"
  • "UnitSymbol.KPers"
  • "UnitSymbol.Vs"
  • "UnitSymbol.m2Pers"
  • "UnitSymbol.Ah"
  • "UnitSymbol.deg"
  • "UnitSymbol.mPers2"
  • "UnitSymbol.lm"
  • "UnitSymbol.d"
  • "UnitSymbol.JPerkgK"
  • "UnitSymbol.m"
  • "UnitSymbol.min"
  • "UnitSymbol.dB"
  • "UnitSymbol.Gy"
  • "UnitSymbol.Nm"
  • "UnitSymbol.JPerm3"
  • "UnitSymbol.sPers"
  • "UnitSymbol.Q"
  • "UnitSymbol.rev"
  • "UnitSymbol.N"
  • "UnitSymbol.Bq"
  • "UnitSymbol.WPermK"
  • "UnitSymbol.GyPers"
  • "UnitSymbol.HPerm"
  • "UnitSymbol.molPerkg"
  • "UnitSymbol.molPerm3"
  • "UnitSymbol.Wb"
  • "UnitSymbol.VPerm"
  • "UnitSymbol.WPerm2"
  • "UnitSymbol.kn"
  • "UnitSymbol.CPerm2"
  • "UnitSymbol.anglemin"
  • "UnitSymbol.Oe"
  • "UnitSymbol.kgm"
  • "UnitSymbol.character"
  • "UnitSymbol.APerA"
  • "UnitSymbol.A2s"
  • "UnitSymbol.Qh"
  • "UnitSymbol.JPers"
  • "UnitSymbol.Hz"
  • "UnitSymbol.rad"
  • "UnitSymbol.kat"
  • "UnitSymbol.degC"
  • "UnitSymbol.bar"
  • "UnitSymbol.M"
  • "UnitSymbol.molPermol"
  • "UnitSymbol.kgPerJ"
  • "UnitSymbol.J"
  • "UnitSymbol.HzPers"
  • "UnitSymbol.WPersr"
  • "UnitSymbol.anglesec"
  • "UnitSymbol.F"
  • "UnitSymbol.Mx"
  • "UnitSymbol.ha"
  • "UnitSymbol.SPerm"
  • "UnitSymbol.gal"
  • "UnitSymbol.mmHg"
  • "UnitSymbol.m2"
  • "UnitSymbol.mPers"
  • "UnitSymbol.V2h"
  • "UnitSymbol.m3"
  • "UnitSymbol.G"
  • "UnitSymbol.H"
  • "UnitSymbol.mol"
  • "UnitSymbol.rotPers"
  • "UnitSymbol.VAh"
  • "UnitSymbol.mPerm3"
  • "UnitSymbol.onePerm"
  • "UnitSymbol.V2"
  • "UnitSymbol.WPerA"
  • "UnitSymbol.Pa"
  • "UnitSymbol.kgPerm3"
  • "UnitSymbol.CPerm3"
  • "UnitSymbol.Sv"
  • "UnitSymbol.S"
  • "UnitSymbol.JPermolK"
  • "UnitSymbol.ft3"
  • "UnitSymbol.Wh"
  • "UnitSymbol.radPers"
  • "UnitSymbol.ohmm"
  • "UnitSymbol.kgm2"
  • "UnitSymbol.m3Perh"
  • "UnitSymbol.dBm"
  • "UnitSymbol.VA"
  • "UnitSymbol.A2"
  • "UnitSymbol.s"
  • "UnitSymbol.therm"
  • "UnitSymbol.VArh"
  • "UnitSymbol.cd"
  • "UnitSymbol.VPerV"
  • "UnitSymbol.gPerg"
  • "UnitSymbol.kg"
  • "UnitSymbol.A"
  • "UnitSymbol.m3Uncompensated"
  • "UnitSymbol.ppm"
  • "UnitSymbol.FPerm"
  • "UnitSymbol.C"
  • "UnitSymbol.sr"
  • "UnitSymbol.none"
  • "UnitSymbol.VPerVAr"
  • "UnitSymbol.VAr"
  • "UnitSymbol.VPerVA"
  • "UnitSymbol.lPers"

root SvInjection SvInjection.pInjection multiplier

UnitMultiplier

Type: enum (of string) Default: "none"

nan

Must be one of:

  • "UnitMultiplier.f"
  • "UnitMultiplier.c"
  • "UnitMultiplier.G"
  • "UnitMultiplier.d"
  • "UnitMultiplier.z"
  • "UnitMultiplier.p"
  • "UnitMultiplier.y"
  • "UnitMultiplier.h"
  • "UnitMultiplier.Y"
  • "UnitMultiplier.a"
  • "UnitMultiplier.none"
  • "UnitMultiplier.k"
  • "UnitMultiplier.m"
  • "UnitMultiplier.n"
  • "UnitMultiplier.E"
  • "UnitMultiplier.da"
  • "UnitMultiplier.T"
  • "UnitMultiplier.M"
  • "UnitMultiplier.P"
  • "UnitMultiplier.Z"
  • "UnitMultiplier.micro"

root SvInjection SvInjection.qInjection

qInjection

Type: object or number

The reactive power mismatch between calculated injection and initial injection. Positive sign means injection into the TopologicalNode (bus).

root SvInjection SvInjection.qInjection multiplier

UnitMultiplier

Type: enum (of string) Default: "none"

nan

Must be one of:

  • "UnitMultiplier.f"
  • "UnitMultiplier.c"
  • "UnitMultiplier.G"
  • "UnitMultiplier.d"
  • "UnitMultiplier.z"
  • "UnitMultiplier.p"
  • "UnitMultiplier.y"
  • "UnitMultiplier.h"
  • "UnitMultiplier.Y"
  • "UnitMultiplier.a"
  • "UnitMultiplier.none"
  • "UnitMultiplier.k"
  • "UnitMultiplier.m"
  • "UnitMultiplier.n"
  • "UnitMultiplier.E"
  • "UnitMultiplier.da"
  • "UnitMultiplier.T"
  • "UnitMultiplier.M"
  • "UnitMultiplier.P"
  • "UnitMultiplier.Z"
  • "UnitMultiplier.micro"

root SvInjection SvInjection.qInjection value
Type: number Default: null

nan

root SvInjection SvInjection.qInjection unit

UnitSymbol

Type: enum (of string) Default: "VAr"

nan

Must be one of:

  • "UnitSymbol.JPerkg"
  • "UnitSymbol.NPerm"
  • "UnitSymbol.WPerW"
  • "UnitSymbol.JPermol"
  • "UnitSymbol.WPerm2sr"
  • "UnitSymbol.V"
  • "UnitSymbol.A2h"
  • "UnitSymbol.JPerK"
  • "UnitSymbol.m3Perkg"
  • "UnitSymbol.HzPerHz"
  • "UnitSymbol.T"
  • "UnitSymbol.Vh"
  • "UnitSymbol.tonne"
  • "UnitSymbol.JPerm2"
  • "UnitSymbol.CPerkg"
  • "UnitSymbol.VPerHz"
  • "UnitSymbol.ohm"
  • "UnitSymbol.K"
  • "UnitSymbol.m3Compensated"
  • "UnitSymbol.lx"
  • "UnitSymbol.lPerh"
  • "UnitSymbol.APerm"
  • "UnitSymbol.charPers"
  • "UnitSymbol.katPerm3"
  • "UnitSymbol.Pas"
  • "UnitSymbol.ohmPerm"
  • "UnitSymbol.radPers2"
  • "UnitSymbol.Btu"
  • "UnitSymbol.WPers"
  • "UnitSymbol.h"
  • "UnitSymbol.lPerl"
  • "UnitSymbol.l"
  • "UnitSymbol.As"
  • "UnitSymbol.cosPhi"
  • "UnitSymbol.W"
  • "UnitSymbol.count"
  • "UnitSymbol.PaPers"
  • "UnitSymbol.onePerHz"
  • "UnitSymbol.m3Pers"
  • "UnitSymbol.KPers"
  • "UnitSymbol.Vs"
  • "UnitSymbol.m2Pers"
  • "UnitSymbol.Ah"
  • "UnitSymbol.deg"
  • "UnitSymbol.mPers2"
  • "UnitSymbol.lm"
  • "UnitSymbol.d"
  • "UnitSymbol.JPerkgK"
  • "UnitSymbol.m"
  • "UnitSymbol.min"
  • "UnitSymbol.dB"
  • "UnitSymbol.Gy"
  • "UnitSymbol.Nm"
  • "UnitSymbol.JPerm3"
  • "UnitSymbol.sPers"
  • "UnitSymbol.Q"
  • "UnitSymbol.rev"
  • "UnitSymbol.N"
  • "UnitSymbol.Bq"
  • "UnitSymbol.WPermK"
  • "UnitSymbol.GyPers"
  • "UnitSymbol.HPerm"
  • "UnitSymbol.molPerkg"
  • "UnitSymbol.molPerm3"
  • "UnitSymbol.Wb"
  • "UnitSymbol.VPerm"
  • "UnitSymbol.WPerm2"
  • "UnitSymbol.kn"
  • "UnitSymbol.CPerm2"
  • "UnitSymbol.anglemin"
  • "UnitSymbol.Oe"
  • "UnitSymbol.kgm"
  • "UnitSymbol.character"
  • "UnitSymbol.APerA"
  • "UnitSymbol.A2s"
  • "UnitSymbol.Qh"
  • "UnitSymbol.JPers"
  • "UnitSymbol.Hz"
  • "UnitSymbol.rad"
  • "UnitSymbol.kat"
  • "UnitSymbol.degC"
  • "UnitSymbol.bar"
  • "UnitSymbol.M"
  • "UnitSymbol.molPermol"
  • "UnitSymbol.kgPerJ"
  • "UnitSymbol.J"
  • "UnitSymbol.HzPers"
  • "UnitSymbol.WPersr"
  • "UnitSymbol.anglesec"
  • "UnitSymbol.F"
  • "UnitSymbol.Mx"
  • "UnitSymbol.ha"
  • "UnitSymbol.SPerm"
  • "UnitSymbol.gal"
  • "UnitSymbol.mmHg"
  • "UnitSymbol.m2"
  • "UnitSymbol.mPers"
  • "UnitSymbol.V2h"
  • "UnitSymbol.m3"
  • "UnitSymbol.G"
  • "UnitSymbol.H"
  • "UnitSymbol.mol"
  • "UnitSymbol.rotPers"
  • "UnitSymbol.VAh"
  • "UnitSymbol.mPerm3"
  • "UnitSymbol.onePerm"
  • "UnitSymbol.V2"
  • "UnitSymbol.WPerA"
  • "UnitSymbol.Pa"
  • "UnitSymbol.kgPerm3"
  • "UnitSymbol.CPerm3"
  • "UnitSymbol.Sv"
  • "UnitSymbol.S"
  • "UnitSymbol.JPermolK"
  • "UnitSymbol.ft3"
  • "UnitSymbol.Wh"
  • "UnitSymbol.radPers"
  • "UnitSymbol.ohmm"
  • "UnitSymbol.kgm2"
  • "UnitSymbol.m3Perh"
  • "UnitSymbol.dBm"
  • "UnitSymbol.VA"
  • "UnitSymbol.A2"
  • "UnitSymbol.s"
  • "UnitSymbol.therm"
  • "UnitSymbol.VArh"
  • "UnitSymbol.cd"
  • "UnitSymbol.VPerV"
  • "UnitSymbol.gPerg"
  • "UnitSymbol.kg"
  • "UnitSymbol.A"
  • "UnitSymbol.m3Uncompensated"
  • "UnitSymbol.ppm"
  • "UnitSymbol.FPerm"
  • "UnitSymbol.C"
  • "UnitSymbol.sr"
  • "UnitSymbol.none"
  • "UnitSymbol.VPerVAr"
  • "UnitSymbol.VAr"
  • "UnitSymbol.VPerVA"
  • "UnitSymbol.lPers"

root SvInjection SvInjection.phase

phase

Type: enum (of string)

The terminal phase at which the connection is applied. If missing, the injection is assumed to be balanced among non-neutral phases.

Must be one of:

  • "SinglePhaseKind.B"
  • "SinglePhaseKind.N"
  • "SinglePhaseKind.C"
  • "SinglePhaseKind.s2"
  • "SinglePhaseKind.A"
  • "SinglePhaseKind.s1"

root SvInjection Ravens.cimObjectType

cimObjectType

Type: enum (of string)

Used in RAVENS Schema to identify the corresponding CIM Object Type of the JSON object.

Must be one of:

  • "SvInjection"