public class UcteAngleRegulation extends Object
Constructor and Description |
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UcteAngleRegulation(float du,
float theta,
Integer n,
Integer np,
float p,
UcteAngleRegulationType type) |
Modifier and Type | Method and Description |
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float |
getDu()
Gets δu (%).
|
Integer |
getN()
Gets number of taps.
|
Integer |
getNp()
Gets tap position.
|
float |
getP()
Gets on load tap changer active power flow target (MW).
|
float |
getTheta()
Gets Θ (°).
|
UcteAngleRegulationType |
getType()
Gets regulation type.
|
void |
setDu(float du)
Sets δu (%).
|
void |
setN(Integer n)
Sets number of taps.
|
void |
setNp(Integer np)
Sets tap position.
|
void |
setP(float p)
Sets on load tap changer active power flow target (MW).
|
void |
setTheta(float theta)
Sets Θ (°).
|
void |
setType(UcteAngleRegulationType type)
Sets regulation type.
|
public UcteAngleRegulation(float du, float theta, Integer n, Integer np, float p, UcteAngleRegulationType type)
public float getDu()
public void setDu(float du)
du
- δu (%)public float getTheta()
public void setTheta(float theta)
theta
- Θ (°)public Integer getN()
Counted the following way: it is the difference between the intermediate position (neutral) and the positive or negative ultimate position (e.g. a transformer with total 27 taps (+13,neutral,-13) is given as n = 13 in the UCTE format).
public void setN(Integer n)
Counted the following way: it is the difference between the intermediate position (neutral) and the positive or negative ultimate position (e.g. a transformer with total 27 taps (+13,neutral,-13) is given as n = 13 in the UCTE format).
n
- number of tapspublic Integer getNp()
public void setNp(Integer np)
np
- tap positionpublic float getP()
(optional).
public void setP(float p)
(optional).
p
- on load tap changer active power flow target (MW)public UcteAngleRegulationType getType()
public void setType(UcteAngleRegulationType type)
type
- regulation typeCopyright © 2020. All rights reserved.