Q3304206 (Q3304206): Difference between revisions
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(Changed label, description and/or aliases in en: Setting new description) |
(Created claim: summary (P836): For the success of the energy transition, electric energy must be transported through Germany over long distances. Currently, this would only be possible with conventional overhead line technology. However, particularly ground-mounted transmission lines would be suitable to minimise environmental interference in the landscape. Gas-insulated direct current lines offer a promising technical approach, which due to their higher transmission capacity...) |
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For the success of the energy transition, electric energy must be transported through Germany over long distances. Currently, this would only be possible with conventional overhead line technology. However, particularly ground-mounted transmission lines would be suitable to minimise environmental interference in the landscape. Gas-insulated direct current lines offer a promising technical approach, which due to their higher transmission capacity compared to conventional cable technology significantly reduce path widths and thus environmental impacts. In this research project, a 300 m long gas-insulated direct current line will be constructed for the first time in a cooperation between industry and public research worldwide and will be investigated for later use in the electrical grid. Both the construction of the gas-insulated DC line and the application of test technology specifically developed for long-term testing are unique worldwide. (English) | |||||||||||||||
| Property / summary: For the success of the energy transition, electric energy must be transported through Germany over long distances. Currently, this would only be possible with conventional overhead line technology. However, particularly ground-mounted transmission lines would be suitable to minimise environmental interference in the landscape. Gas-insulated direct current lines offer a promising technical approach, which due to their higher transmission capacity compared to conventional cable technology significantly reduce path widths and thus environmental impacts. In this research project, a 300 m long gas-insulated direct current line will be constructed for the first time in a cooperation between industry and public research worldwide and will be investigated for later use in the electrical grid. Both the construction of the gas-insulated DC line and the application of test technology specifically developed for long-term testing are unique worldwide. (English) / rank | |||||||||||||||
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| Property / summary: For the success of the energy transition, electric energy must be transported through Germany over long distances. Currently, this would only be possible with conventional overhead line technology. However, particularly ground-mounted transmission lines would be suitable to minimise environmental interference in the landscape. Gas-insulated direct current lines offer a promising technical approach, which due to their higher transmission capacity compared to conventional cable technology significantly reduce path widths and thus environmental impacts. In this research project, a 300 m long gas-insulated direct current line will be constructed for the first time in a cooperation between industry and public research worldwide and will be investigated for later use in the electrical grid. Both the construction of the gas-insulated DC line and the application of test technology specifically developed for long-term testing are unique worldwide. (English) / qualifier | |||||||||||||||
point in time: 24 October 2021
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Revision as of 17:44, 24 October 2021
Project Q3304206 in Germany
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3304206 in Germany |
Statements
3,531,095.0 Euro
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1 January 2016
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30 June 2023
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Technische Universität Darmstadt
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64347
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Für das Gelingen der Energiewende muss über weite Strecken elektrische Energie durch Deutschland transportiert werden. Aktuell wäre dies nur mit konventioneller Freileitungstechnik sicher möglich. Zur Minimierung der Umwelteingriffe in die Landschaft würden sich jedoch besonders erdverlegte Übertragungsleitungen eignen. Einen vielversprechenden technischen Ansatz dafür bieten gasisolierte Gleichstromleitungen, welche auf Grund ihrer höheren Übertragungskapazität im Vergleich zur konventionellen Kabeltechnik Trassenbreiten und damit Umwelteingriffe deutlich reduzieren. Im vorliegenden Forschungsprojekt soll in einer Kooperation von Industrie und öffentlicher Forschung weltweit erstmalig eine 300 m lange gasisolierte Gleichstromleitung errichtet und für einen späteren Einsatz im elektrischen Netz untersucht werden. Sowohl die Errichtung der gasisolierten Gleichstromleitung als auch die Anwendung eigens für den Langzeitversuch zu entwickelnder Prüftechnik sind weltweit einmalig. (German)
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For the success of the energy transition, electric energy must be transported through Germany over long distances. Currently, this would only be possible with conventional overhead line technology. However, particularly ground-mounted transmission lines would be suitable to minimise environmental interference in the landscape. Gas-insulated direct current lines offer a promising technical approach, which due to their higher transmission capacity compared to conventional cable technology significantly reduce path widths and thus environmental impacts. In this research project, a 300 m long gas-insulated direct current line will be constructed for the first time in a cooperation between industry and public research worldwide and will be investigated for later use in the electrical grid. Both the construction of the gas-insulated DC line and the application of test technology specifically developed for long-term testing are unique worldwide. (English)
24 October 2021
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Identifiers
DE_TEMPORARY_6988
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