VER-File

BlueM.Sim | Download | Application | Theory | Development

Input files · ALL SYS · FKT KTR · EXT JGG WGG TGG · TAL HYA TRS EIN URB VER RUE BEK EZG FKA · BOA BOD LNZ EFL · DIF

---

Branching points

also refer to Theory: Branching point

File

Versionen:

• aktuell: ab r484
• ab r482
• bis r481

<bluem>

• Verzweigungen (*.VER)
• =====================
• |------------|-------------------------------|--------------|-----------------------|
• | Bez. Kng | N a e h e r u n g | 3 Kennlinie | Regeln und Steuern |
• | | | 1 Schwellenw.| 2 proz.Aufteilg| | KTR |
• | | | Qswell Trenn |(gibt nach Qab1)| Qzu Qab | ID Faktor JGG WGG TGG|
• |------------|-------------------------------|--------------|-----------------------|
• | - | 1-3 | m3/s - |  % | m3/s m3/s | - - - - - |
• |-<-->-|-<->-|-<----><---->-|-<------------>-|-<----><---->-|-<->-<---->-<->-<->-<->|
• | A | B | C D | E | F G | H I J K L |

| V001 |  1  |  0.03    1   |                |              | y01                   |
| V002 |  2  |              |      50        |              | y01                   |
| V003 |  3  |              |                |      0     0 | y01                   |
|      |     |              |                |   0.03 0.030 |                       |
|      |     |              |                |   0.04 0.032 |                       |
|      |     |              |                |   0.10 0.033 |                       |

• |------------|-------------------------------|--------------|-----------------------|

</bluem>

Explanations

• A: ID of the branching point(must start with 'V'!)
• B: Calculation type of the distribution:

  1 = threshold value with the option to define the selectivity

  2 = percentage distribution

  3 = characteristic curve

Calculation type 1: threshold value

• C: threshold value that defines as of which critical inflow Q_krit the 2. outflow is added
• D: the selectivity for the threshold value [1.0 – ∞]

Calculation type 2: percentage distribution

• E: Independent of the inflow a constant distribution in two outflows Q_ab1 and Q_ab2 according to a certain percentage ratio will be used. If 100% the 1. outflow will contain the entire inflow. [0 – 100%]

Calculation type 3: characteristic curve

• F, G: A dependency between outflow Q_ab1 and inflow resulting out of hydraulic calculations or operation standards is set as a polygon course. The second outflow Q_ab2 is calculated as the remaining value of (inflow - Q_ab1).

Regulation and steering:

• H: ID of the control function, out of which the scaling factor will be derived (refer to KTR-File)
• I: additional factor(if not supplied or 0, this factor will be set to 1!)
• J, K, L: number of the annual/weekly/daily pattern to be utilized

Depending on the calculation type the scaling factor is applied differently:

1. (threshold value): the threshold value is scaled with the factor
2. (percentage distribution): the given percentage is scaled with the factor (however it will remain between 0 and 100)
3. (characteristic curve): All Q_ab-values of the characteristic curve are scaled with the factor