Translations:Betriebsregeltypen/32/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:25 Uhr

2021-08-30T10:25:32Z

← Nächstältere Version		Version vom 30. August 2021, 12:25 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:In this case, the current discharge is determined by conditions downstream of a ~~reservoir~~. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream ~~reservoir~~, a minimum flow is defined. The flow at the control point is composed of the discharge from upstream ~~reservoirs~~ and the lateral inflows between the ~~reservoirs~~ and the control point. If the current flow remains below the set minimum, an additional discharge from upstream ~~reservoirs~~ is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the ~~reservoir~~ depends on the currently available stored volumes in the ~~reservoir~~. The lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.		:In this case, the current discharge is determined by conditions downstream of a storage. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream storage, a minimum flow is defined. The flow at the control point is composed of the discharge from upstream storages and the lateral inflows between the storages and the control point. If the current flow remains below the set minimum, an additional discharge from upstream storages is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the storage depends on the currently available stored volumes in the storage. The lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.

T.Schnellbach am 31. März 2021 um 07:09 Uhr

2021-03-31T07:09:19Z

← Nächstältere Version		Version vom 31. März 2021, 09:09 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:In this case, the current discharge is determined by conditions downstream of a reservoir. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream reservoir, a minimum flow is defined. The flow at the control point is composed of the discharge from reservoirs and the lateral inflows between the ~~reservoir~~ and the control point. If the current flow remains below the set minimum, an additional discharge from upstream reservoirs is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the reservoir depends on the currently available stored volumes in the reservoir~~, as the~~ lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.		:In this case, the current discharge is determined by conditions downstream of a reservoir. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream reservoir, a minimum flow is defined. The flow at the control point is composed of the discharge from upstream reservoirs and the lateral inflows between the reservoirs and the control point. If the current flow remains below the set minimum, an additional discharge from upstream reservoirs is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the reservoir depends on the currently available stored volumes in the reservoir. The lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.

T.Schnellbach am 31. März 2021 um 07:05 Uhr

2021-03-31T07:05:30Z

← Nächstältere Version		Version vom 31. März 2021, 09:05 Uhr
Zeile 1:		Zeile 1:
	* Dependency:		* Dependency:
	:In this case, the current discharge is determined by conditions downstream of a reservoir. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream reservoir, a minimum flow is defined. The flow at the control point is composed of the discharge from reservoirs and the lateral inflows ~~lying in~~ between. If the current flow remains below the set minimum, an additional discharge from upstream reservoirs is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the reservoir depends on the currently available stored volumes in the reservoir, as the lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.		:In this case, the current discharge is determined by conditions downstream of a reservoir. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream reservoir, a minimum flow is defined. The flow at the control point is composed of the discharge from reservoirs and the lateral inflows between the reservoir and the control point. If the current flow remains below the set minimum, an additional discharge from upstream reservoirs is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the reservoir depends on the currently available stored volumes in the reservoir, as the lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.

T.Schnellbach am 24. März 2021 um 15:17 Uhr

2021-03-24T15:17:14Z

← Nächstältere Version		Version vom 24. März 2021, 17:17 Uhr
Zeile 1:		Zeile 1:
	* ~~Dependence~~:		* Dependency:
	:In this case the current ~~output~~ is determined by ~~requests from the underflow~~ of a reservoir. ~~A defined discharge should not fall below a defined flow rate at~~ a cross section of a ~~watercourse in the~~ water resources system, ~~which is~~ called control point in the ~~following and which~~ is ~~influenced by~~ reservoir ~~discharges~~. The ~~outflow~~ at the control point is composed of the discharge from reservoirs and the lateral inflows lying in between. If the current ~~outflow~~ remains below the ~~setpoint~~, an additional ~~flow~~ from ~~above lying storage tanks~~ is necessary. The ~~amount~~ of the ~~allowance~~ depends on the difference between the target flow and the actual flow. Whether the required ~~allowance~~ can be fully provided from the ~~storage unit~~ depends on the ~~current storage unit content~~, ~~because~~ the lower the ~~filling is~~, the less favorable it is ~~to have~~ to provide additional water. In this context, the low water ~~increase~~/demand behaves completely identical to drinking or ~~raw~~ water withdrawal, only the triggering factor ~~differs~~. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.		:In this case, the current discharge is determined by conditions downstream of a reservoir. At a cross-section of a water resources system, the so-called ''control point'', where the flow is dependent on the discharge from the upstream reservoir, a minimum flow is defined. The flow at the control point is composed of the discharge from reservoirs and the lateral inflows lying in between. If the current flow remains below the set minimum, an additional discharge from upstream reservoirs is necessary. The volume of the additional discharge depends on the difference between the previously defined target flow and the actual flow. Whether the required discharge can be fully provided from the reservoir depends on the currently available stored volumes in the reservoir, as the lower the level, the less favorable it is to provide additional water. In this context, the increase of low water/coverage of demand behaves completely identical to the drinking or service water withdrawal, with only the triggering factor differing. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.

Ferrao: Die Seite wurde neu angelegt: „* Dependence: :In this case the current output is determined by requests from the underflow of a reservoir. A defined discharge should not fall below a define…“

2020-11-26T12:11:30Z

Die Seite wurde neu angelegt: „* Dependence: :In this case the current output is determined by requests from the underflow of a reservoir. A defined discharge should not fall below a define…“

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* Dependence:
:In this case the current output is determined by requests from the underflow of a reservoir. A defined discharge should not fall below a defined flow rate at a cross section of a watercourse in the water resources system, which is called control point in the following and which is influenced by reservoir discharges. The outflow at the control point is composed of the discharge from reservoirs and the lateral inflows lying in between. If the current outflow remains below the setpoint, an additional flow from above lying storage tanks is necessary. The amount of the allowance depends on the difference between the target flow and the actual flow. Whether the required allowance can be fully provided from the storage unit depends on the current storage unit content, because the lower the filling is, the less favorable it is to have to provide additional water. In this context, the low water increase/demand behaves completely identical to drinking or raw water withdrawal, only the triggering factor differs. As mentioned before, a storage-dependent function is scaled by a factor, but this factor is now derived from a comparison between set values and current discharges.