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In Talsim-NG, a river basin model is setup according to a modular principle. All relevant objects and processes of the [[Special:MyLanguage/Begriffsdefinitionen#Wasserwirtschaftliches System, Systembelastung, Systemelement|water management system]] are represented by system elements. These can be linked together as building blocks to represent the entire system with its interactions.
In Talsim-NG, a river basin model is setup according to a modular principle. All relevant objects and processes of the [[Special:MyLanguage/Begriffsdefinitionen|water resources system]] are represented by system elements. These can be linked together as building blocks to represent the entire system including its interactions.


Each system element has specific [[Special:MyLanguage/Begriffsdefinitionen#Systemdaten, Systemzustände, Parameter, Kenngrößen|properties]] and methods, is able to process certain input variables and provides specific output variables (see [[Special:MyLanguage/Modellkonzept|model concept]]). The following table gives an overview of all system elements in Talsim-NG with their most important properties/methods as well as input and output variables:
Each system element has specific [[Special:MyLanguage/Begriffsdefinitionen|properties]] and methods, is able to process certain input variables and provides specific output variables (see [[Special:MyLanguage/Modellkonzept|model concept]]). The following table gives an overview of all system elements in Talsim-NG with their most important properties/methods as well as input and output variables:


{| class="wikitable"
{| class="wikitable"
|-
|-
! Element || Important Loads || Properties/ Methods || Element Output
! Element || Important loads || Properties / methods || Element output
|-
|-
| [[Special:MyLanguage/Einzugsgebiet|Sub-basin]] <br />[[Datei:Systemelement001.png|40px]] ||
| [[Special:MyLanguage/Einzugsgebiet|Sub-basin]] <br />[[Datei:Systemelement001.png|40px]] ||
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*Evaporation
*Evaporation
||
||
*Soil properties/ Percentage of paved areas
*Soil properties/imperviousness
*Runoff Generation
*Runoff generation
*Flow Branching
*Runoff distribution
*Runoff Concentration
*Runoff concentration
*...
*...
||  
||  
*Surface Runoff
*Surface runoff
*Base Flow
*Baseflow
*Total Flow
*Total discharge
*...
*...
|-
|-
| [[Special:MyLanguage/Einleitung|Point Source]] <br />[[Datei:Systemelement002.png|40px]]||  ||  
| [[Special:MyLanguage/Einleitung|Point source]] <br />[[Datei:Systemelement002.png|40px]]||  ||  
*Water input into the system
*Water input into the system
||  
||  
*Runoff
*Runoff
|-
|-
| [[Special:MyLanguage/Transportstrecke|Transport Reach]] <br />[[Datei:Systemelement003.png|40px]]||  
| [[Special:MyLanguage/Transportstrecke|Transport reach]] <br />[[Datei:Systemelement003.png|40px]]||  
*Inflow
*Inflow
||  
||  
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*Inflow
*Inflow
||  
||  
*Operational behavior
*Consumption behavior
*Contribution from other areas
*External contribution
*Reintroduction into the system
*Return flow into the system
||  
||  
*Reintroduction
*Return flow
*Contribution
*External contribution
*Total outflow
*Total discharge
|-
|-
| [[Special:MyLanguage/Verzweigung|Diversion]] <br />[[Datei:Systemelement005.png|50px]]||
| [[Special:MyLanguage/Verzweigung|Diversion]] <br />[[Datei:Systemelement005.png|50px]]||
*Inflow  
*Inflow  
||  
||  
*Distribution regulation
*Diversion rule
||  
||  
*Two outflows
*Two outflows
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*Evaporation  
*Evaporation  
||  
||  
*Storage capacity curve
*Storage rating curve
*Storage surface curve
*Storage-surface rating curve
*Efficiency of the operational equipment
*Capacity of operational equipment
*Operating rules
*Operating rules
*(Infiltration properties)
*(Infiltration properties)
*...  
*...  
||  
||  
*Discharge
*Releases
*Storage capacity
*Storage
*Water level
*Water level
|-
|-
| [[Special:MyLanguage/Zielpegel|System Outlet]] <br />[[Datei:Symbol_Zielpegel.PNG]]||  
| [[Special:MyLanguage/Zielpegel|System outlet]] <br />[[Datei:Symbol_Zielpegel.PNG]]||  
*Inflow
*Inflow
||  
||  

Aktuelle Version vom 30. August 2021, 11:40 Uhr

Sprachen:

In Talsim-NG, a river basin model is setup according to a modular principle. All relevant objects and processes of the water resources system are represented by system elements. These can be linked together as building blocks to represent the entire system including its interactions.

Each system element has specific properties and methods, is able to process certain input variables and provides specific output variables (see model concept). The following table gives an overview of all system elements in Talsim-NG with their most important properties/methods as well as input and output variables:

Element Important loads Properties / methods Element output
Sub-basin
Systemelement001.png
  • Precipitation
  • Temperature
  • Evaporation
  • Soil properties/imperviousness
  • Runoff generation
  • Runoff distribution
  • Runoff concentration
  • ...
  • Surface runoff
  • Baseflow
  • Total discharge
  • ...
Point source
Systemelement002.png
  • Water input into the system
  • Runoff
Transport reach
Systemelement003.png
  • Inflow
  • Translation
  • Retention
  • Runoff
Consumer
Systemelement004.png
  • Inflow
  • Consumption behavior
  • External contribution
  • Return flow into the system
  • Return flow
  • External contribution
  • Total discharge
Diversion
Systemelement005.png
  • Inflow
  • Diversion rule
  • Two outflows
Storage
Systemelement006.png
  • Inflow

optional:

  • Precipitation
  • Evaporation
  • Storage rating curve
  • Storage-surface rating curve
  • Capacity of operational equipment
  • Operating rules
  • (Infiltration properties)
  • ...
  • Releases
  • Storage
  • Water level
System outlet
Symbol Zielpegel.PNG
  • Inflow