BEK-File: Difference between revisions

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* A: ID of the storm-water overflow basin(must begin with 'B')
* A: ID of the storm-water overflow basin(must begin with 'B')
* B: Basin type (DLB - through-flow basin, FB - stromflow tank, RRB - rain water retention basin)
* B: Basin type (DLB - through-flow basin, FB - stromflow tank, RRB - rain water retention basin)
* C: Becken im Hauptschluss (H) oder im Nebenschluss (N)
* C: main water-flow pipe flows into basin (main connection) (H) (e.g. ---->--[Basin]---->---) or  via a parallel connection (N), main pipe does not lead to basin.
* D: Calculation type (1 - approximation, 2 - characteristic curve with a non linear-reservoir, 3 - characteristic curve iterated)
* D: Calculation type (1 - approximation, 2 - characteristic curve with a non linear-reservoir, 3 - characteristic curve iterated)
'''Calculation type 1: approximation'''
'''Calculation type 1: approximation'''
* E: basin volume
* E: basin volume
* F: throttle outflow
* F: throttle outflow
* G: Klärüberlaufabfluss
* G: clear water overflow outflow
'''Calculation type 2 and 3: characteristic curve with a non linear-reservoir (2) or iterated (3)'''
'''Calculation type 2 and 3: characteristic curve with a non linear-reservoir (2) or iterated (3)'''
* H: water level in the basin  
* H: water level in the basin  
* I: throttle outflow
* I: throttle outflow
* J: Klärüberlaubabfluss
* J: clear water overflow outflow
* K: basin overflow outflow
* K: basin overflow outflow
* L: basin volume
* L: basin volume

Revision as of 02:14, 25 July 2013

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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


Storm-water overflow basin

also refer to Theory: Storm-water overflow basin

File

*Becken (*.BEK)
*==============
*
*|------------|-----|----------------------|----------------------------------|---|-----|-----|
*| Bez.  Typ  | Kng | Naeherung (Kng 1)    |        Kennlinien (Kng 2)        |Abs| Ktr | Str |
*|            |     |  Vol   Qab   Qku     |   h   Qab    Qku   Qbu      V    |Kl.| ID  | ZR  |
*|------------|-----|----------------------|----------------------------------|---|-----|-----|
*|  -     -   | 1-3 |   m3    l/s     l/s  |  m     l/s    l/s    l/s     m3  | - |  -  |  -  |
*|-<-->-<->-+-|--+--|-<---->-<---->-<---->-|<---->-<---->-<---->-<---->-<---->|-+-|-<->-|-<->-|
 |   A   B  C |  D  |    E      F      G   |   H      I      J      K      L  | M |  N  |  O  |
*|-++++-+++++-|-----|----------------------|----------------------------------|---|-----|-----|

Explanations

  • A: ID of the storm-water overflow basin(must begin with 'B')
  • B: Basin type (DLB - through-flow basin, FB - stromflow tank, RRB - rain water retention basin)
  • C: main water-flow pipe flows into basin (main connection) (H) (e.g. ---->--[Basin]---->---) or via a parallel connection (N), main pipe does not lead to basin.
  • D: Calculation type (1 - approximation, 2 - characteristic curve with a non linear-reservoir, 3 - characteristic curve iterated)

Calculation type 1: approximation

  • E: basin volume
  • F: throttle outflow
  • G: clear water overflow outflow

Calculation type 2 and 3: characteristic curve with a non linear-reservoir (2) or iterated (3)

  • H: water level in the basin
  • I: throttle outflow
  • J: clear water overflow outflow
  • K: basin overflow outflow
  • L: basin volume

General

  • M: settling class of the basin (s - bad, m - average, g - good, h - high)

Steering

  • N: Control function for a rule-based steering. For this option, analog to dam-regulation/steering, a function-file (*.FKT) and a control-file (*.KTR) must exist in which the steering- and control information is stored. Currently only steering of the throttle outflow is implemented, Klärüberlauf and basin overflow can not (yet) be varied.
  • O: Steering time series: Enables the time dependent scaling of throttle outflow. So far this too is only implemented for throttle outflow. The ID of a defined time series in the *.EXT file is entered here. The values of this time series are used for scaling.