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{{Navigation|vorher=Reservoirs with hydroelectric power plants|hoch=Description of system elements|nachher=Calculation scheme of reservoirs}}
{{Navigation|vorher=Speicher mit Wasserkraftanlagen|hoch=Beschreibung der Systemelemente|nachher=Berechnungsschema von Speichern}}


The system element target level represents the outlet of the river basin and is necessarily the last system element in the flow logic. Exactly one inlet element can be assigned to it and it has no outlet, i.e. no calculations are performed within the element. There must be exactly one target element per river basin model. If there are several external discharges from a river basin, it is useful to add a transport element to the target element (e.g. with the identifier SEND), which in turn can take several inflows. Alternatively, consumers can also route outflows from the system.
[[Datei:Symbol_Zielpegel.PNG|none]]The system outlet represents the outlet of the model and must be the last system element in the flow logic. It accepts only one element as its inflow and it has no outlet, i.e. no calculations are performed within the element. There must be exactly one system outlet per model. If there are actually several outlets from the modeled system, it is useful to add a fictitious [[Special:MyLanguage/Transportstrecke|transport reach]] immediately before the system outlet (e.g. with the key "SEND"), which in turn can accomodate several inflows. Alternatively, [[Special:MyLanguage/Verbraucher|consumers]] can also act as a sink.

Aktuelle Version vom 26. November 2020, 16:46 Uhr

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Symbol Zielpegel.PNG

The system outlet represents the outlet of the model and must be the last system element in the flow logic. It accepts only one element as its inflow and it has no outlet, i.e. no calculations are performed within the element. There must be exactly one system outlet per model. If there are actually several outlets from the modeled system, it is useful to add a fictitious transport reach immediately before the system outlet (e.g. with the key "SEND"), which in turn can accomodate several inflows. Alternatively, consumers can also act as a sink.