Slot: Xhl¶

Use this to specify the percent reactance, H-L (winding 1 to winding 2). Default is 7.

Applicable Classes¶

Name	Description	Modifies Slot
Xfmrcode	A Xfmrcode object in OpenDSS representing a transformer library entry (catalo...	no

Properties¶

Type and Range¶

Property	Value
Range	Float
Domain Of	Xfmrcode

Cardinality and Requirements¶

Property	Value
### Slot Characteristics

Property	Value
Owner	Xfmrcode

Comments¶

Import: a ShortCircuitTest is created for each winding pair with leakageImpedance = sqrt(r_pct² + Xhl²) × Zbase / 100, where r_pct is the sum of the two windings' %R and Zbase uses winding 1's kVA as the test base; ShortCircuitTest.loss = r_pct / 100 × kVA_winding1. Export: the leakage impedance and %R are used to recover Xhl = sqrt(z_pct² − r_pct²), where z_pct = leakageImpedance × 100 / Zbase.

Identifier and Mapping Information¶

Annotations¶

property	value
order	15

Schema Source¶

from schema: https://gridappsd.github.io/dss-graph/opendss

Mappings¶

Mapping Type	Mapped Value
self	dss:Xhl
native	dss:Xhl
close	cim:ShortCircuitTest.leakageImpedance

LinkML Source¶

name: Xhl
annotations:
  order:
    tag: order
    value: 15
description: Use this to specify the percent reactance, H-L (winding 1 to winding
  2). Default is 7.
comments:
- 'Import: a ShortCircuitTest is created for each winding pair with leakageImpedance
  = sqrt(r_pct² + Xhl²) × Zbase / 100, where r_pct is the sum of the two windings''
  %R and Zbase uses winding 1''s kVA as the test base; ShortCircuitTest.loss = r_pct
  / 100 × kVA_winding1. Export: the leakage impedance and %R are used to recover Xhl
  = sqrt(z_pct² − r_pct²), where z_pct = leakageImpedance × 100 / Zbase.'
from_schema: https://gridappsd.github.io/dss-graph/opendss
close_mappings:
- cim:ShortCircuitTest.leakageImpedance
rank: 1000
owner: Xfmrcode
domain_of:
- Xfmrcode
range: float
required: false