TypTr4 attributesPowerFactory 4-Winding Transformer Type
Every attribute of the PowerFactory 4-Winding Transformer Type (TypTr4): 409 input parameters, with units and meaning. Copy a name into GetAttribute or SetAttribute.
What TypTr4 is
A 4-winding transformer type: ratings, impedances, losses and tap changers of the four windings.
- Class
TypTr4, type class- PowerFactory name
- 4-Winding Transformer Type
- Used by
ElmTr4- Attributes
- 409 input parameters
Most used TypTr4 attributes
| Attribute | Unit | Description | Where |
|---|---|---|---|
sn_h0 | MVA | HV-Siderated power, HV winding | input data |
sn_l1 | MVA | LV1-Side | input data |
sn_l2 | MVA | LV2-Side | input data |
sn_l3 | MVA | LV3-Side | input data |
un_h0 | kV | HV-Siderated voltage, HV winding | input data |
un_l1 | kV | LV1-Side | input data |
Read and write TypTr4 in Python
import powerfactory
app = powerfactory.GetApplication() # GetApplicationExt() from outside PowerFactory
# Types live in the equipment library of the project.
types = app.GetProjectFolder("equip").GetContents("*.TypTr4", 1)
for typ in types:
print(typ.loc_name, typ.GetAttribute("sn_h0")) # HV-Side, MVA
# An element points to its type with typ_id; t: reads a type value through the element.
for trafo in app.GetCalcRelevantObjects("*.ElmTr4"):
print(trafo.loc_name, trafo.typ_id.loc_name, trafo.GetAttribute("t:sn_h0"))
types[0].SetAttribute("sn_h0", 300) # HV rated power 300 MVA: every element of this type changes- An input parameter is read and written with or without its
e:prefix:GetAttribute("outserv")andGetAttribute("e:outserv")give the same value. - A type is shared: a change to it changes every element that uses it. Read a type value through an element with the
t:prefix.
TypTr4 input parameters
The element data, as typed in GetAttribute and SetAttribute (the e: prefix is optional). Setting one changes the model.
| Attribute | Unit | Description |
|---|---|---|
loc_name | · | Name |
chr_name | · | Characteristic Name |
for_name | · | Foreign Key |
dat_src | · | Data source |
trcon_h0 | · | HV-Side |
trcon_l1 | · | LV1-Side |
trcon_l2 | · | LV2-Side |
trcon_l3 | · | LV3-Side |
ansiclass | · | Class |
manuf | · | Manufacturer |
appr_modby | · | Modified by |
ntapmin_h0 | · | Min. Position |
ntapmin_l1 | · | Min. Position |
ntapmin_l2 | · | Min. Position |
ntapmin_l3 | · | Min. Position |
ntapmax_h0 | · | Max. Position |
ntapmax_l1 | · | Max. Position |
ntapmax_l2 | · | Max. Position |
ntapmax_l3 | · | Max. Position |
ntapneu_h0 | · | Neutral Position |
ntapneu_l1 | · | Neutral Position |
ntapneu_l2 | · | Neutral Position |
ntapneu_l3 | · | Neutral Position |
i_auto | · | Autotransformer |
imagloc | · | Position |
itrmt | · | Type |
itrtype | · | Transformer Type |
iTapLoading | · | Configuration |
oltc_h0 | · | HV-Side |
oltc_l1 | · | LV1-Side |
oltc_l2 | · | LV2-Side |
oltc_l3 | · | LV3-Side |
useKt | · | Use impedance correction factors |
itapzdep | · | Tap dependent impedance |
itapzside | · | for Tap at |
inputData | · | Input data |
appr_status | · | Status |
itrldf | · | Type |
iIntPola | · | Interpolation |
iFinalSlope | · | Set final slope (peak values) |
ksat | · | Saturation Exponent |
iLimb | · | Core |
iInterPol | · | Interpolation |
iFit | · | Data fitting |
iHyster | · | Model |
sn_h0 | MVA | HV-Side |
sn_l1 | MVA | LV1-Side |
sn_l2 | MVA | LV2-Side |
sn_l3 | MVA | LV3-Side |
un_h0 | kV | HV-Side |
un_l1 | kV | LV1-Side |
un_l2 | kV | LV2-Side |
un_l3 | kV | LV3-Side |
uk_h0l1 | % | HV-LV1 |
uk_h0l2 | % | HV-LV2 |
uk_h0l3 | % | HV-LV3 |
uk_l1l2 | % | LV1-LV2 |
uk_l1l3 | % | LV1-LV3 |
uk_l2l3 | % | LV2-LV3 |
pcu_h0l1 | kW | HV-LV1 |
pcu_h0l2 | kW | HV-LV2 |
pcu_h0l3 | kW | HV-LV3 |
pcu_l1l2 | kW | LV1-LV2 |
pcu_l1l3 | kW | LV1-LV3 |
pcu_l2l3 | kW | LV2-LV3 |
uk_h0 | % | HV |
uk_l1 | % | LV1 |
uk_l2 | % | LV2 |
uk_l3 | % | LV3 |
pcu_h0 | kW | HV |
pcu_l1 | kW | LV1 |
pcu_l2 | kW | LV2 |
pcu_l3 | kW | LV3 |
curmag | % | No Load Current |
cur0mag | % | No Load Current |
dutap_h0 | % | Add. voltage per tap |
dutap_l1 | % | Add. voltage per tap |
dutap_l2 | % | Add. voltage per tap |
dutap_l3 | % | Add. voltage per tap |
phitr_h0 | deg | Phase of du |
phitr_l1 | deg | Phase of du |
phitr_l2 | deg | Phase of du |
phitr_l3 | deg | Phase of du |
uk0_h0l1 | % | HV-LV1 |
uk0_h0l2 | % | HV-LV2 |
uk0_h0l3 | % | HV-LV3 |
uk0_l1l2 | % | LV1-LV2 |
uk0_l1l3 | % | LV1-LV3 |
uk0_l2l3 | % | LV2-LV3 |
ukr0_h0l1 | % | HV-LV1 |
ukr0_h0l2 | % | HV-LV2 |
ukr0_h0l3 | % | HV-LV3 |
ukr0_l1l2 | % | LV1-LV2 |
ukr0_l1l3 | % | LV1-LV3 |
ukr0_l2l3 | % | LV2-LV3 |
uk0_h0 | % | HV |
uk0_l1 | % | LV1 |
uk0_l2 | % | LV2 |
uk0_l3 | % | LV3 |
ukr0_h0 | % | HV |
ukr0_l1 | % | LV1 |
ukr0_l2 | % | LV2 |
ukr0_l3 | % | LV3 |
trangle_h0 | · | Phase Shift |
trangle_l1 | · | Phase Shift |
trangle_l2 | · | Phase Shift |
trangle_l3 | · | Phase Shift |
pict3 | p.u. | Ratio Ip/In (1) |
pitt3 | s | Max. Time (1) |
pict4 | p.u. | Ratio Ip/In (2) |
pitt4 | s | Max. Time (2) |
pfe | kW | No Load Losses |
rtox0_n | · | Mag. R/X |
snfc_h | MVA | HV-Side |
snfc_m | MVA | MV-Side |
snfc_l | MVA | LV-Side |
uktapmin_h0l1 | % | uk(HV-LV1)(min. tap) |
uktapmin_h0l2 | % | uk(HV-LV2)(min. tap) |
uktapmin_h0l3 | % | uk(HV-LV3)(min. tap) |
uktapmin_l1l2 | % | uk(LV1-LV2)(min. tap) |
uktapmin_l1l3 | % | uk(LV1-LV3)(min. tap) |
uktapmin_l2l3 | % | uk(LV2-LV3)(min. tap) |
pcutapmin_h0l1 | kW | Pcu(HV-LV1)(min. tap) |
pcutapmin_h0l2 | kW | Pcu(HV-LV2)(min. tap) |
pcutapmin_h0l3 | kW | Pcu(HV-LV3)(min. tap) |
pcutapmin_l1l2 | kW | Pcu(LV1-LV2)(min. tap) |
pcutapmin_l1l3 | kW | Pcu(LV1-LV3)(min. tap) |
pcutapmin_l2l3 | kW | Pcu(LV2-LV3)(min. tap) |
uktapmax_h0l1 | % | uk(HV-LV1)(max. tap) |
uktapmax_h0l2 | % | uk(HV-LV2)(max. tap) |
uktapmax_h0l3 | % | uk(HV-LV3)(max. tap) |
uktapmax_l1l2 | % | uk(LV1-LV2)(max. tap) |
uktapmax_l1l3 | % | uk(LV1-LV3)(max. tap) |
uktapmax_l2l3 | % | uk(LV2-LV3)(max. tap) |
pcutapmax_h0l1 | kW | Pcu(HV-LV1)(max. tap) |
pcutapmax_h0l2 | kW | Pcu(HV-LV2)(max. tap) |
pcutapmax_h0l3 | kW | Pcu(HV-LV3)(max. tap) |
pcutapmax_l1l2 | kW | Pcu(LV1-LV2)(max. tap) |
pcutapmax_l1l3 | kW | Pcu(LV1-LV3)(max. tap) |
pcutapmax_l2l3 | kW | Pcu(LV2-LV3)(max. tap) |
uk0tapmin_h0l1 | % | uk01(HV-LV1)(min. tap) |
uk0tapmin_h0l2 | % | uk01(HV-LV2)(min. tap) |
uk0tapmin_h0l3 | % | uk01(HV-LV3)(min. tap) |
uk0tapmin_l1l2 | % | uk0(LV1-LV2)(min. tap) |
uk0tapmin_l1l3 | % | uk0(LV1-LV3)(min. tap) |
uk0tapmin_l2l3 | % | uk0(LV2-LV3)(min. tap) |
ukr0tapmin_h0l1 | % | Re(uk0)(HV-LV1)(min. tap) |
ukr0tapmin_h0l2 | % | Re(uk0)(HV-LV2)(min. tap) |
ukr0tapmin_h0l3 | % | Re(uk0)(HV-LV3)(min. tap) |
ukr0tapmin_l1l2 | % | Re(uk0)(LV1-LV2)(min. tap) |
ukr0tapmin_l1l3 | % | Re(uk0)(LV1-LV3)(min. tap) |
ukr0tapmin_l2l3 | % | Re(uk0)(LV2-LV3)(min. tap) |
uk0tapmax_h0l1 | % | uk0(HV-LV1)(max. tap) |
uk0tapmax_h0l2 | % | uk0(HV-LV2)(max. tap) |
uk0tapmax_h0l3 | % | uk0(HV-LV3)(max. tap) |
uk0tapmax_l1l2 | % | uk0(LV1-LV2)(max. tap) |
uk0tapmax_l1l3 | % | uk0(LV1-LV3)(max. tap) |
uk0tapmax_l2l3 | % | uk0(LV2-LV3)(max. tap) |
ukr0tapmax_h0l1 | % | Re(uk0)(HV-LV1)(max. tap) |
ukr0tapmax_h0l2 | % | Re(uk0)(HV-LV2)(max. tap) |
ukr0tapmax_h0l3 | % | Re(uk0)(HV-LV3)(max. tap) |
ukr0tapmax_l1l2 | % | Re(uk0)(LV1-LV2)(max. tap) |
ukr0tapmax_l1l3 | % | Re(uk0)(LV1-LV3)(max. tap) |
ukr0tapmax_l2l3 | % | Re(uk0)(LV2-LV3)(max. tap) |
smoothf | % | Smoothing Factor |
psi0 | p.u. | Knee Flux |
x4lin | p.u. | Linear Reactance |
x4air | p.u. | Saturated Reactance |
smoothfac | % | Smoothing Factor |
Lwidth | % | Loop width |
appr_modif | · | Modified |
satcue | % | Current (RMS) |
satvol | p.u. | Voltage (RMS) |
satcur | p.u. | Current (peak) |
satflux | p.u. | Flux (peak) |
typemetadata_version | · | Version |
typemetadata_key | · | Type Key |
typemetadata_changeLog | · | Change Log |
desc | · | Description |
doc_id | · | Additional Data |
pStoch | StoTyptrf | Stochastic model |
fcharl1_h0l1 | ChaPol,ChaVec,ChaMat | l1(f) HV-LV1 |
fcharr1_h0l1 | ChaPol,ChaVec,ChaMat | r1(f) HV-LV1 |
fcharl0_h0l1 | ChaPol,ChaVec,ChaMat | l0(f) HV-LV1 |
fcharr0_h0l1 | ChaPol,ChaVec,ChaMat | r0(f) HV-LV1 |
fcharl1_h0l2 | ChaPol,ChaVec,ChaMat | l1(f) HV-LV2 |
fcharr1_h0l2 | ChaPol,ChaVec,ChaMat | r1(f) HV-LV2 |
fcharl0_h0l2 | ChaPol,ChaVec,ChaMat | l0(f) HV-LV2 |
fcharr0_h0l2 | ChaPol,ChaVec,ChaMat | r0(f) HV-LV2 |
fcharl1_h0l3 | ChaPol,ChaVec,ChaMat | l1(f) HV-LV3 |
fcharr1_h0l3 | ChaPol,ChaVec,ChaMat | r1(f) HV-LV3 |
fcharl0_h0l3 | ChaPol,ChaVec,ChaMat | l0(f) HV-LV3 |
fcharr0_h0l3 | ChaPol,ChaVec,ChaMat | r0(f) HV-LV3 |
fcharl1_l1l2 | ChaPol,ChaVec,ChaMat | l1(f) LV1-LV2 |
fcharr1_l1l2 | ChaPol,ChaVec,ChaMat | r1(f) LV1-LV2 |
fcharl0_l1l2 | ChaPol,ChaVec,ChaMat | l0(f) LV1-LV2 |
fcharr0_l1l2 | ChaPol,ChaVec,ChaMat | r0(f) LV1-LV2 |
fcharl1_l1l3 | ChaPol,ChaVec,ChaMat | l1(f) LV1-LV3 |
fcharr1_l1l3 | ChaPol,ChaVec,ChaMat | r1(f) LV1-LV3 |
fcharl0_l1l3 | ChaPol,ChaVec,ChaMat | l0(f) LV1-LV3 |
fcharr0_l1l3 | ChaPol,ChaVec,ChaMat | r0(f) LV1-LV3 |
fcharl1_l2l3 | ChaPol,ChaVec,ChaMat | l1(f) LV2-LV3 |
fcharr1_l2l3 | ChaPol,ChaVec,ChaMat | r1(f) LV2-LV3 |
fcharl0_l2l3 | ChaPol,ChaVec,ChaMat | l0(f) LV2-LV3 |
fcharr0_l2l3 | ChaPol,ChaVec,ChaMat | r0(f) LV2-LV3 |
fcharl1_h0 | ChaPol,ChaVec,ChaMat | l1(f) HV |
fcharr1_h0 | ChaPol,ChaVec,ChaMat | r1(f) HV |
fcharl0_h0 | ChaPol,ChaVec,ChaMat | l0(f) HV |
fcharr0_h0 | ChaPol,ChaVec,ChaMat | r0(f) HV |
fcharl1_l1 | ChaPol,ChaVec,ChaMat | l1(f) LV1 |
fcharr1_l1 | ChaPol,ChaVec,ChaMat | r1(f) LV1 |
fcharl0_l1 | ChaPol,ChaVec,ChaMat | l0(f) LV1 |
fcharr0_l1 | ChaPol,ChaVec,ChaMat | r0(f) LV1 |
fcharl1_l2 | ChaPol,ChaVec,ChaMat | l1(f) LV2 |
fcharr1_l2 | ChaPol,ChaVec,ChaMat | r1(f) LV2 |
fcharl0_l2 | ChaPol,ChaVec,ChaMat | l0(f) LV2 |
fcharr0_l2 | ChaPol,ChaVec,ChaMat | r0(f) LV2 |
fcharl1_l3 | ChaPol,ChaVec,ChaMat | l1(f) LV3 |
fcharr1_l3 | ChaPol,ChaVec,ChaMat | r1(f) LV3 |
fcharl0_l3 | ChaPol,ChaVec,ChaMat | l0(f) LV3 |
fcharr0_l3 | ChaPol,ChaVec,ChaMat | r0(f) LV3 |
fcharbm | ChaPol,ChaVec,ChaMat | 1/lm(f) |
fchargm | ChaPol,ChaVec,ChaMat | gm(f) |
ukr_h0l1 | % | HV-LV1 |
ukr_h0l2 | % | HV-LV2 |
ukr_h0l3 | % | HV-LV3 |
ukr_l1l2 | % | LV1-LV2 |
ukr_l1l3 | % | LV1-LV3 |
ukr_l2l3 | % | LV2-LV3 |
xtor_h0l1 | · | HV-LV1 |
xtor_h0l2 | · | HV-LV2 |
xtor_h0l3 | · | HV-LV3 |
xtor_l1l2 | · | LV1-LV2 |
xtor_l1l3 | · | LV1-LV3 |
xtor_l2l3 | · | LV2-LV3 |
r1pu_h0l1 | p.u. | HV-LV1 |
r1pu_h0l2 | p.u. | HV-LV2 |
r1pu_h0l3 | p.u. | HV-LV3 |
r1pu_l1l2 | p.u. | LV1-LV2 |
r1pu_l1l3 | p.u. | LV1-LV3 |
r1pu_l2l3 | p.u. | LV2-LV3 |
x1pu_h0l1 | p.u. | HV-LV1 |
x1pu_h0l2 | p.u. | HV-LV2 |
x1pu_h0l3 | p.u. | HV-LV3 |
x1pu_l1l2 | p.u. | LV1-LV2 |
x1pu_l1l3 | p.u. | LV1-LV3 |
x1pu_l2l3 | p.u. | LV2-LV3 |
l1pu_h0l1 | p.u. | Inductance l1, HV-LV1 |
l1pu_h0l2 | p.u. | Inductance l1, HV-LV2 |
l1pu_h0l3 | p.u. | Inductance l1, HV-LV3 |
l1pu_l1l2 | p.u. | Inductance l1, LV1-LV2 |
l1pu_l1l3 | p.u. | Inductance l1, LV1-LV3 |
l1pu_l2l3 | p.u. | Inductance l1, LV2-LV3 |
ukr_h0 | % | HV |
ukr_l1 | % | LV1 |
ukr_l2 | % | LV2 |
ukr_l3 | % | LV3 |
xtor_h0 | · | HV |
xtor_l1 | · | LV1 |
xtor_l2 | · | LV2 |
xtor_l3 | · | LV3 |
r1pu_h0 | p.u. | HV |
r1pu_l1 | p.u. | LV1 |
r1pu_l2 | p.u. | LV2 |
r1pu_l3 | p.u. | LV3 |
x1pu_h0 | p.u. | HV |
x1pu_l1 | p.u. | LV1 |
x1pu_l2 | p.u. | LV2 |
x1pu_l3 | p.u. | LV3 |
l1pu_h0 | p.u. | Inductance l1, HV |
l1pu_l1 | p.u. | Inductance l1, LV1 |
l1pu_l2 | p.u. | Inductance l1, LV2 |
l1pu_l3 | p.u. | Inductance l1, LV3 |
bm1 | p.u. | 1/lm |
xtor0_h0l1 | · | HV-LV1 |
xtor0_h0l2 | · | HV-LV2 |
xtor0_h0l3 | · | HV-LV3 |
xtor0_l1l2 | · | LV1-LV2 |
xtor0_l1l3 | · | LV1-LV3 |
xtor0_l2l3 | · | LV2-LV3 |
r0pu_h0l1 | p.u. | HV-LV1 |
r0pu_h0l2 | p.u. | HV-LV2 |
r0pu_h0l3 | p.u. | HV-LV3 |
r0pu_l1l2 | p.u. | LV1-LV2 |
r0pu_l1l3 | p.u. | LV1-LV3 |
r0pu_l2l3 | p.u. | LV2-LV3 |
x0pu_h0l1 | p.u. | HV-LV1 |
x0pu_h0l2 | p.u. | HV-LV2 |
x0pu_h0l3 | p.u. | HV-LV3 |
x0pu_l1l2 | p.u. | LV1-LV2 |
x0pu_l1l3 | p.u. | LV1-LV3 |
x0pu_l2l3 | p.u. | LV2-LV3 |
l0pu_h0l1 | p.u. | Inductance l0, HV-LV1 |
l0pu_h0l2 | p.u. | Inductance l0, HV-LV2 |
l0pu_h0l3 | p.u. | Inductance l0, HV-LV3 |
l0pu_l1l2 | p.u. | Inductance l0, LV1-LV2 |
l0pu_l1l3 | p.u. | Inductance l0, LV1-LV3 |
l0pu_l2l3 | p.u. | Inductance l0, LV2-LV3 |
xtor0_h0 | · | HV |
xtor0_l1 | · | LV1 |
xtor0_l2 | · | LV2 |
xtor0_l3 | · | LV3 |
r0pu_h0 | p.u. | HV |
r0pu_l1 | p.u. | LV1 |
r0pu_l2 | p.u. | LV2 |
r0pu_l3 | p.u. | LV3 |
x0pu_h0 | p.u. | HV |
x0pu_l1 | p.u. | LV1 |
x0pu_l2 | p.u. | LV2 |
x0pu_l3 | p.u. | LV3 |
l0pu_h0 | p.u. | Inductance l0, HV |
l0pu_l1 | p.u. | Inductance l0, LV1 |
l0pu_l2 | p.u. | Inductance l0, LV2 |
l0pu_l3 | p.u. | Inductance l0, LV3 |
gm1 | p.u. | gm |
ukrtapmin_h0l1 | % | Re(uk)(HV-LV1) (min. tap) |
ukrtapmin_h0l2 | % | Re(uk)(HV-LV2) (min. tap) |
ukrtapmin_h0l3 | % | Re(uk)(HV-LV3) (min. tap) |
ukrtapmin_l1l2 | % | Re(uk)(LV1-LV2) (min. tap) |
ukrtapmin_l1l3 | % | Re(uk)(LV1-LV3) (min. tap) |
ukrtapmin_l2l3 | % | Re(uk)(LV2-LV3) (min. tap) |
xtortapmin_h0l1 | · | X/R (HV-LV1)(min. tap) |
xtortapmin_h0l2 | · | X/R (HV-LV2)(min. tap) |
xtortapmin_h0l3 | · | X/R (HV-LV3)(min. tap) |
xtortapmin_l1l2 | · | X/R (LV1-LV2)(min. tap) |
xtortapmin_l1l3 | · | X/R (LV1-LV3)(min. tap) |
xtortapmin_l2l3 | · | X/R (LV2-LV3)(min. tap) |
r1putapmin_h0l1 | p.u. | r1(HV-LV1) (min. tap) |
r1putapmin_h0l2 | p.u. | r1(HV-LV2) (min. tap) |
r1putapmin_h0l3 | p.u. | r1(HV-LV3) (min. tap) |
r1putapmin_l1l2 | p.u. | r1(LV1-LV2) (min. tap) |
r1putapmin_l1l3 | p.u. | r1(LV1-LV3) (min. tap) |
r1putapmin_l2l3 | p.u. | r1(LV2-LV3) (min. tap) |
x1putapmin_h0l1 | p.u. | x1(HV-LV1)(min. tap) |
x1putapmin_h0l2 | p.u. | x1(HV-LV2)(min. tap) |
x1putapmin_h0l3 | p.u. | x1(HV-LV3)(min. tap) |
x1putapmin_l1l2 | p.u. | x1(LV1-LV2)(min. tap) |
x1putapmin_l1l3 | p.u. | x1(LV1-LV3)(min. tap) |
x1putapmin_l2l3 | p.u. | x1(LV2-LV3)(min. tap) |
ukrtapmax_h0l1 | % | Re(uk)(HV-LV1)(max. tap) |
ukrtapmax_h0l2 | % | Re(uk)(HV-LV2)(max. tap) |
ukrtapmax_h0l3 | % | Re(uk)(HV-LV3)(max. tap) |
ukrtapmax_l1l2 | % | Re(uk)(LV1-LV2)(max. tap) |
ukrtapmax_l1l3 | % | Re(uk)(LV1-LV3)(max. tap) |
ukrtapmax_l2l3 | % | Re(uk)(LV2-LV3)(max. tap) |
xtortapmax_h0l1 | · | X/R (HV-LV1)(max. tap) |
xtortapmax_h0l2 | · | X/R (HV-LV2)(max. tap) |
xtortapmax_h0l3 | · | X/R (HV-LV3)(max. tap) |
xtortapmax_l1l2 | · | X/R (LV1-LV2)(max. tap) |
xtortapmax_l1l3 | · | X/R (LV1-LV3)(max. tap) |
xtortapmax_l2l3 | · | X/R (LV2-LV3)(max. tap) |
r1putapmax_h0l1 | p.u. | r1(HV-LV1) (max. tap) |
r1putapmax_h0l2 | p.u. | r1(HV-LV2) (max. tap) |
r1putapmax_h0l3 | p.u. | r1(HV-LV3) (max. tap) |
r1putapmax_l1l2 | p.u. | r1(LV1-LV2) (max. tap) |
r1putapmax_l1l3 | p.u. | r1(LV1-LV3) (max. tap) |
r1putapmax_l2l3 | p.u. | r1(LV2-LV3) (max. tap) |
x1putapmax_h0l1 | p.u. | x1(HV-LV1)(max. tap) |
x1putapmax_h0l2 | p.u. | x1(HV-LV2)(max. tap) |
x1putapmax_h0l3 | p.u. | x1(HV-LV3)(max. tap) |
x1putapmax_l1l2 | p.u. | x1(LV1-LV2)(max. tap) |
x1putapmax_l1l3 | p.u. | x1(LV1-LV3)(max. tap) |
x1putapmax_l2l3 | p.u. | x1(LV2-LV3)(max. tap) |
xtor0tapmin_h0l1 | · | X0/R0 (HV-LV1)(min. tap) |
xtor0tapmin_h0l2 | · | X0/R0 (HV-LV2)(min. tap) |
xtor0tapmin_h0l3 | · | X0/R0 (HV-LV3)(min. tap) |
xtor0tapmin_l1l2 | · | X0/R0 (LV1-LV2)(min. tap) |
xtor0tapmin_l1l3 | · | X0/R0 (LV1-LV3)(min. tap) |
xtor0tapmin_l2l3 | · | X0/R0 (LV2-LV3)(min. tap) |
r0putapmin_h0l1 | p.u. | r0(HV-LV1) (min. tap) |
r0putapmin_h0l2 | p.u. | r0(HV-LV2) (min. tap) |
r0putapmin_h0l3 | p.u. | r0(HV-LV3) (min. tap) |
r0putapmin_l1l2 | p.u. | r0(LV1-LV2) (min. tap) |
r0putapmin_l1l3 | p.u. | r0(LV1-LV3) (min. tap) |
r0putapmin_l2l3 | p.u. | r0(LV2-LV3) (min. tap) |
x0putapmin_h0l1 | p.u. | x0(HV-LV1) (min. tap) |
x0putapmin_h0l2 | p.u. | x0(HV-LV2) (min. tap) |
x0putapmin_h0l3 | p.u. | x0(HV-LV3) (min. tap) |
x0putapmin_l1l2 | p.u. | x0(LV1-LV2) (min. tap) |
x0putapmin_l1l3 | p.u. | x0(LV1-LV3) (min. tap) |
x0putapmin_l2l3 | p.u. | x0(LV2-LV3) (min. tap) |
xtor0tapmax_h0l1 | · | X0/R0 (HV-LV1)(max. tap) |
xtor0tapmax_h0l2 | · | X0/R0 (HV-LV2)(max. tap) |
xtor0tapmax_h0l3 | · | X0/R0 (HV-LV3)(max. tap) |
xtor0tapmax_l1l2 | · | X0/R0 (LV1-LV2)(max. tap) |
xtor0tapmax_l1l3 | · | X0/R0 (LV1-LV3)(max. tap) |
xtor0tapmax_l2l3 | · | X0/R0 (LV2-LV3)(max. tap) |
r0putapmax_h0l1 | p.u. | r0(HV-LV1) (max. tap) |
r0putapmax_h0l2 | p.u. | r0(HV-LV2) (max. tap) |
r0putapmax_h0l3 | p.u. | r0(HV-LV3) (max. tap) |
r0putapmax_l1l2 | p.u. | r0(LV1-LV2) (max. tap) |
r0putapmax_l1l3 | p.u. | r0(LV1-LV3) (max. tap) |
r0putapmax_l2l3 | p.u. | r0(LV2-LV3) (max. tap) |
x0putapmax_h0l1 | p.u. | x0(HV-LV1) (max. tap) |
x0putapmax_h0l2 | p.u. | x0(HV-LV2) (max. tap) |
x0putapmax_h0l3 | p.u. | x0(HV-LV3) (max. tap) |
x0putapmax_l1l2 | p.u. | x0(LV1-LV2) (max. tap) |
x0putapmax_l1l3 | p.u. | x0(LV1-LV3) (max. tap) |
x0putapmax_l2l3 | p.u. | x0(LV2-LV3) (max. tap) |
vecgrp | · | Name |
aFrolich | · | Frolich equation coefficient a |
bFrolich | · | Frolich equation coefficient b |
cFrolich | · | Frolich equation coefficient c |
xsatFrolich | · | Frolich equation saturated reactance (p.u.) |
mseFrolich | · | Frolich equation, mean squared error |
pT_0 | · | Voltage Range |
pT_1 | · | Voltage Range |
pT_2 | · | Voltage Range |
pT_3 | · | Voltage Range |
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