Q3684597 (Q3684597): Difference between revisions
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(Created claim: summary (P836): This thesis proposal consists of the definition of a fault-tolerant multiphase generator to increase the reliability of an electrical production line. Whatever the fossil primary energy (oil, gas, coal) or renewable energy (hydraulic, wind, biomass, solar) used upstream, a conversion chain based on an electric generator and whatever the power level (from kW to MW) is needed to transform it into electrical energy. This element, basically of a thr...) |
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This thesis proposal consists of the definition of a fault-tolerant multiphase generator to increase the reliability of an electrical production line. Whatever the fossil primary energy (oil, gas, coal) or renewable energy (hydraulic, wind, biomass, solar) used upstream, a conversion chain based on an electric generator and whatever the power level (from kW to MW) is needed to transform it into electrical energy. This element, basically of a three-phase structure, is subject to failures when a phase is lost. Also, by multiplying the number of phases, production can continue as long as there are three active phases. However, even if generation is still possible, it is necessary to define an intelligent control that adapts to the fault and drives the power converter in order to maintain a clean electric power generation according to the rules imposed by the EdF network. (English) | |||||||||||||||
| Property / summary: This thesis proposal consists of the definition of a fault-tolerant multiphase generator to increase the reliability of an electrical production line. Whatever the fossil primary energy (oil, gas, coal) or renewable energy (hydraulic, wind, biomass, solar) used upstream, a conversion chain based on an electric generator and whatever the power level (from kW to MW) is needed to transform it into electrical energy. This element, basically of a three-phase structure, is subject to failures when a phase is lost. Also, by multiplying the number of phases, production can continue as long as there are three active phases. However, even if generation is still possible, it is necessary to define an intelligent control that adapts to the fault and drives the power converter in order to maintain a clean electric power generation according to the rules imposed by the EdF network. (English) / rank | |||||||||||||||
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| Property / summary: This thesis proposal consists of the definition of a fault-tolerant multiphase generator to increase the reliability of an electrical production line. Whatever the fossil primary energy (oil, gas, coal) or renewable energy (hydraulic, wind, biomass, solar) used upstream, a conversion chain based on an electric generator and whatever the power level (from kW to MW) is needed to transform it into electrical energy. This element, basically of a three-phase structure, is subject to failures when a phase is lost. Also, by multiplying the number of phases, production can continue as long as there are three active phases. However, even if generation is still possible, it is necessary to define an intelligent control that adapts to the fault and drives the power converter in order to maintain a clean electric power generation according to the rules imposed by the EdF network. (English) / qualifier | |||||||||||||||
point in time: 18 November 2021
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Revision as of 18:01, 18 November 2021
Project Q3684597 in France
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3684597 in France |
Statements
45,670.0 Euro
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91,340.0 Euro
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50.0 percent
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1 October 2019
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31 December 2022
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UNIVERSITE AMIENS PICARDIE JULES VERNE
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Cette proposition de thèse consiste en la définition d'une génératrice multiphasée tolérantes aux défauts permettant d'accroitre la fiabilité d'une chaîne de production électrique. En effet, quelle que soit l'énergie primaire fossile (pétrole, gaz, charbon) ou renouvelable (hydraulique, éolien, biomasse, solaire) utilisée en amont, il faut pour la transformer en énergie électrique une chaîne de conversion basée sur une génératrice électrique et ce quel que soit le niveau de puissance (du kW au MW). Cet élément, basiquement de structure triphasée, est sujet à pannes lors de la perte d'une phase. Aussi, en multipliant le nombre de phases, la production peut perdurer pour peu qu'il reste trois phases actives. Néanmoins, même si la génération est toujours possible, il faut définir une commande intelligente s'adaptant au défaut et pilotant le convertisseur de puissance de manière à maintenir une production d'énergie électrique propre respectant les règles imposées par le réseau EdF. (French)
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This thesis proposal consists of the definition of a fault-tolerant multiphase generator to increase the reliability of an electrical production line. Whatever the fossil primary energy (oil, gas, coal) or renewable energy (hydraulic, wind, biomass, solar) used upstream, a conversion chain based on an electric generator and whatever the power level (from kW to MW) is needed to transform it into electrical energy. This element, basically of a three-phase structure, is subject to failures when a phase is lost. Also, by multiplying the number of phases, production can continue as long as there are three active phases. However, even if generation is still possible, it is necessary to define an intelligent control that adapts to the fault and drives the power converter in order to maintain a clean electric power generation according to the rules imposed by the EdF network. (English)
18 November 2021
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Identifiers
PI0023518
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