Betriebsregelkonzept/en - Versionsgeschichte

Haghani am 30. August 2021 um 10:39 Uhr

2021-08-30T10:39:02Z

← Nächstältere Version		Version vom 30. August 2021, 12:39 Uhr
Zeile 5:		Zeile 5:
	In order to achieve the best possible water resource management of storage systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.		In order to achieve the best possible water resource management of storage systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.

	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be ~~reservoirs~~ with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|~~reservoir~~]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be storages with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|storage]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

	The purpose of all operating rules is to adapt system states of a water resources system in order to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.		The purpose of all operating rules is to adapt system states of a water resources system in order to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.

Haghani am 30. August 2021 um 08:55 Uhr

2021-08-30T08:55:10Z

← Nächstältere Version		Version vom 30. August 2021, 10:55 Uhr
Zeile 10:		Zeile 10:

	In the following		In the following
	*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of ~~reservoirs~~ are presented,		*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of storages are presented,
	*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],		*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],
	*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,		*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,
	*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.		*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.

Haghani am 30. August 2021 um 08:53 Uhr

2021-08-30T08:53:48Z

← Nächstältere Version		Version vom 30. August 2021, 10:53 Uhr
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	{{Navigation\|vorher=Berechnungsschema von Speichern\|hoch=Hauptseite\|nachher=Betriebsregeltypen}}		{{Navigation\|vorher=Berechnungsschema von Speichern\|hoch=Hauptseite\|nachher=Betriebsregeltypen}}

	In order to achieve the best possible water resource management of ~~reservoir~~ systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.		In order to achieve the best possible water resource management of storage systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.

	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

Froehlich am 26. November 2020 um 16:05 Uhr

2020-11-26T16:05:52Z

← Nächstältere Version		Version vom 26. November 2020, 18:05 Uhr
Zeile 10:		Zeile 10:

	In the following		In the following
	*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of ~~dams~~ are presented		*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of reservoirs are presented,
	*~~the regularities~~ are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]]		*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],
	*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|calculation scheme ~~for implementation~~]] in the simulation is derived		*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,
	*an [[Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] ~~shows~~ the implementation of an operating plan in Talsim-NG		*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.

Froehlich am 26. November 2020 um 16:03 Uhr

2020-11-26T16:03:15Z

← Nächstältere Version		Version vom 26. November 2020, 18:03 Uhr
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	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

	The purpose of all operating rules is to adapt water ~~management~~ system ~~conditions~~ to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.		The purpose of all operating rules is to adapt system states of a water resources system in order to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.

	In the following		In the following

Froehlich am 26. November 2020 um 16:01 Uhr

2020-11-26T16:01:16Z

← Nächstältere Version		Version vom 26. November 2020, 18:01 Uhr
Zeile 5:		Zeile 5:
	In order to achieve the best possible water resource management of reservoir systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.		In order to achieve the best possible water resource management of reservoir systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.

	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the ~~possibility of changing~~ the flow ~~rate must be available for its execution~~. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable ~~outlets~~. ~~Otherwise~~, ~~variable partitioning~~ structures or ~~variable~~ weirs ~~are available~~. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, in order to be able to execute the operating rule you must also be able to change the flow in some way. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable releases. Apart from that, there are also controllable diversion structures or weirs. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

	The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.		The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.

Froehlich am 26. November 2020 um 15:57 Uhr

2020-11-26T15:57:53Z

← Nächstältere Version		Version vom 26. November 2020, 17:57 Uhr
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	{{Navigation\|vorher=Berechnungsschema von Speichern\|hoch=Hauptseite\|nachher=Betriebsregeltypen}}		{{Navigation\|vorher=Berechnungsschema von Speichern\|hoch=Hauptseite\|nachher=Betriebsregeltypen}}

	~~For~~ the best possible water resource management of ~~storage~~ systems, instructions ~~are required~~ that clearly define how water should be stored, released or distributed under given system loads and conditions. ~~The sum of these~~ instructions is summarized in an operating plan. An operating plan can consist of many individual ~~regulations~~, e.g. the compliance with a ~~discharge~~ depending on the storage ~~content~~. An individual ~~regulation~~ can be called an operating rule.		In order to achieve the best possible water resource management of reservoir systems, you need instructions that clearly define how water should be stored, released or distributed under given system loads and conditions. These instructions are summarized in an operating plan. An operating plan can consist of many individual instructions, e.g. the compliance with a certain release amount depending on the storage volume. An individual instruction can be called an operating rule.

	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the flow rate must be available for its execution. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable outlets. Otherwise, variable partitioning structures or variable weirs are available. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the flow rate must be available for its execution. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable outlets. Otherwise, variable partitioning structures or variable weirs are available. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

Ferrao: Die Seite wurde neu angelegt: „In the following typical operating rules for the operation of dams are presented the regularities are Special:MyL…“

2020-11-25T10:17:46Z

Die Seite wurde neu angelegt: „In the following *typical operating rules for the operation of dams are presented *the regularities are Special:MyL…“

← Nächstältere Version		Version vom 25. November 2020, 12:17 Uhr
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	The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.		The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.

	~~Im Folgenden werden~~		In the following
	*~~für den Betrieb von Talssperren~~ [[Special:MyLanguage/Betriebsregeltypen\|~~typische Betriebsregeln~~]] ~~vorgestellt~~		*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of dams are presented
	*~~deren Gesetzmäßigkeiten werden~~ [[Special:MyLanguage/Abstraktion der Betriebsregeln\|~~abstrahiert~~]]		*the regularities are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]]
	*~~das~~ [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|~~Berechnungsschema zur Implementierung~~]] ~~für die Simulation wird abgeleitet~~		*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|calculation scheme for implementation]] in the simulation is derived
	*an ~~einem~~ [[Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|~~Beispiel~~]] ~~wird die Umsetzung eines Betriebsplans~~ in Talsim-NG ~~dargestellt~~		*an [[Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] shows the implementation of an operating plan in Talsim-NG

Ferrao: Die Seite wurde neu angelegt: „The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and ta…“

2020-11-25T09:46:40Z

Die Seite wurde neu angelegt: „The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and ta…“

← Nächstältere Version		Version vom 25. November 2020, 11:46 Uhr
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	Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the flow rate must be available for its execution. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable outlets. Otherwise, variable partitioning structures or variable weirs are available. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the flow rate must be available for its execution. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable outlets. Otherwise, variable partitioning structures or variable weirs are available. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

	~~Der Zweck aller Betriebsregeln liegt in der Anpassung wasserwirtschaftlicher Systemzustände zur Einhaltung vorgegebener Zielvorstellungen~~. ~~Dabei ist es unerheblich an welchem Ort die zu regelnden Systemzustände und Zielgrößen auftreten~~, ~~solange über eine Änderung an den Systemzuständen die Zielgrößen beeinflusst werden können~~.		The purpose of all operating rules is to adapt water management system conditions to meet specified objectives. It is irrelevant where the system states and target variables occur, as long as the target variables can be influenced by a change in the system states.

	Im Folgenden werden		Im Folgenden werden

Ferrao: Die Seite wurde neu angelegt: „Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the f…“

2020-11-25T09:45:27Z

Die Seite wurde neu angelegt: „Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the f…“

← Nächstältere Version		Version vom 25. November 2020, 11:45 Uhr
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	For the best possible water resource management of storage systems, instructions are required that clearly define how water should be stored, released or distributed under given system loads and conditions. The sum of these instructions is summarized in an operating plan. An operating plan can consist of many individual regulations, e.g. the compliance with a discharge depending on the storage content. An individual regulation can be called an operating rule.		For the best possible water resource management of storage systems, instructions are required that clearly define how water should be stored, released or distributed under given system loads and conditions. The sum of these instructions is summarized in an operating plan. An operating plan can consist of many individual regulations, e.g. the compliance with a discharge depending on the storage content. An individual regulation can be called an operating rule.

	~~Da die Formulierung einer Betriebsregel immer mit einem korrigierenden Eingriff~~ in ~~das natürliche Abflussverhalten in Verbindung steht~~, ~~muss zu ihrer Ausführung die Möglichkeit zur Durchflussänderung gegeben sein~~. ~~Dazu sind nur wenige wasserwirtschaftliche Elemente geeignet~~. ~~Normalerweise werden diese Speicher mit regulierbaren Auslässen sein~~. ~~Ansonsten stehen~~ variable ~~Aufteilungsbauwerke oder veränderliche Wehre zur Verfügung~~. In Talsim-NG ~~bieten die Systemelemente~~ [[Special:MyLanguage/Speicher\|~~Speicher~~]] ~~und~~ [[Special:MyLanguage/Verzweigung\|~~Verzweigung~~]] ~~die Möglichkeit mit Betriebsregeln geregelt zu werden~~.		Since the formulation of an operating rule is always associated with a corrective intervention in the natural flow behaviour, the possibility of changing the flow rate must be available for its execution. Only few water resource management elements are suitable for this purpose. Normally these will be reservoirs with adjustable outlets. Otherwise, variable partitioning structures or variable weirs are available. In Talsim-NG the system elements [[Special:MyLanguage/Speicher\|reservoir]] and [[Special:MyLanguage/Verzweigung\|diversion]] offer the possibility to be controlled by operating rules.

	Der Zweck aller Betriebsregeln liegt in der Anpassung wasserwirtschaftlicher Systemzustände zur Einhaltung vorgegebener Zielvorstellungen. Dabei ist es unerheblich an welchem Ort die zu regelnden Systemzustände und Zielgrößen auftreten, solange über eine Änderung an den Systemzuständen die Zielgrößen beeinflusst werden können.		Der Zweck aller Betriebsregeln liegt in der Anpassung wasserwirtschaftlicher Systemzustände zur Einhaltung vorgegebener Zielvorstellungen. Dabei ist es unerheblich an welchem Ort die zu regelnden Systemzustände und Zielgrößen auftreten, solange über eine Änderung an den Systemzuständen die Zielgrößen beeinflusst werden können.

← Nächstältere Version		Version vom 30. August 2021, 10:55 Uhr
Zeile 10:		Zeile 10:

	In the following		In the following
	*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of ~~reservoirs~~ are presented,		*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of storages are presented,
	*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],		*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],
	*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,		*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,
	*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.		*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.

← Nächstältere Version		Version vom 26. November 2020, 18:05 Uhr
Zeile 10:		Zeile 10:

	In the following		In the following
	*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of ~~dams~~ are presented		*[[Special:MyLanguage/Betriebsregeltypen\|typical operating rules]] for the operation of reservoirs are presented,
	*~~the regularities~~ are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]]		*their principles are [[Special:MyLanguage/Abstraktion der Betriebsregeln\|abstracted]],
	*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|calculation scheme ~~for implementation~~]] in the simulation is derived		*the [[Special:MyLanguage/Berechungsschema/ Implementierung der Betriebsregeln\|implementation of a calculation scheme]] for the simulation is derived,
	*an [[Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] ~~shows~~ the implementation of an operating plan in Talsim-NG		*and an [[Special:MyLanguage/Anwendungsbeispiel:_Umsetzung_eines_Betriebsplans\|example]] demonstrates the implementation of an operating plan in Talsim-NG.