Predesign Methodology of Voltage Inverters Using a Gradient-Based Optimization Algorithm

This article presents an optimization process applied to the sizing of high-power silicon carbide inverters. The case study is the design of an aeronautical converter. A gradient-based optimization method is chosen for its ability to explore a wide solution space with a large amount of constraints,...

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Veröffentlicht in:IEEE journal of emerging and selected topics in power electronics Jg. 9; H. 5; S. 5895 - 5905
Hauptverfasser: Voldoire, Adrien, Schanen, Jean-Luc, Ferrieux, Jean-Paul, Sarrazin, Benoit, Gautier, Cyrille
Format: Journal Article
Sprache:Englisch
Veröffentlicht: Piscataway IEEE 01.10.2021
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Institute of Electrical and Electronics Engineers
Schlagworte:
Algorithms
Analytical models
Capacitors
Case studies
Converters
Design automation
Electric power
Engineering Sciences
Inductors
interleaving
Inverters
Magnetic cores
Mathematical models
Model accuracy
Optimization
Passive components
Power harmonic filters
SiC
Silicon carbide
Solution space
Spectrum analysis
Topology
voltage source inverter
Interleaving
SiC
Design Automation
Voltage Source Inverter
Index Terms -Optimization
ISSN:2168-6777, 2168-6785, 2168-6785
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Abstract This article presents an optimization process applied to the sizing of high-power silicon carbide inverters. The case study is the design of an aeronautical converter. A gradient-based optimization method is chosen for its ability to explore a wide solution space with a large amount of constraints, which is the case during the predesign phase. Many topologies are selected and the associated models are developed. Among all these models, active and passive component design and spectral analysis of voltages and currents are presented. The optimization results, with the goal of minimizing the global mass of the converter, are provided. The different topologies are compared to find the best one for the selected case study. The relevance of the optimization result is evaluated with the study of the optimality of the solution. Finally, the experimental results are compared with the optimization ones, which validates the good accuracy of analytical models.
AbstractList This article presents an optimization process applied to the sizing of high-power silicon carbide inverters. The case study is the design of an aeronautical converter. A gradient-based optimization method is chosen for its ability to explore a wide solution space with a large amount of constraints, which is the case during the predesign phase. Many topologies are selected and the associated models are developed. Among all these models, active and passive component design and spectral analysis of voltages and currents are presented. The optimization results, with the goal of minimizing the global mass of the converter, are provided. The different topologies are compared to find the best one for the selected case study. The relevance of the optimization result is evaluated with the study of the optimality of the solution. Finally, the experimental results are compared with the optimization ones, which validates the good accuracy of analytical models.
This article presents an optimization process applied to the sizing of high power silicon carbide inverters. The case study is the design of an aeronautical converter. A gradient-based optimization method is chosen for its ability to explore a wide solution space with a large amount of constraints, what is the case during the pre-design phase. Many topologies are selected and associated models are developed. Among all these models, active and passive component design, and spectral analysis of voltages and currents, are presented. Optimization results, with the goal of minimizing the global mass of the converter, are provided. The different topologies are compared to find the best one for the selected case study. The relevance of the optimization result is evaluated with the study of the optimality of the solution. Finally, experimental results are compared to the optimization ones, which validates the good accuracy of analytical models.
Author Ferrieux, Jean-Paul
Sarrazin, Benoit
Gautier, Cyrille
Schanen, Jean-Luc
Voldoire, Adrien
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  fullname: Schanen, Jean-Luc
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  surname: Gautier
  fullname: Gautier, Cyrille
  email: cyrille.gautier@safrangroup.com
  organization: Safran Tech, Magny-les-Hameaux, France
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Cites_doi 10.1017/S0962492900002518
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Issue 5
Keywords Interleaving
SiC
Design Automation
Voltage Source Inverter
Index Terms -Optimization
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Snippet This article presents an optimization process applied to the sizing of high-power silicon carbide inverters. The case study is the design of an aeronautical...
This article presents an optimization process applied to the sizing of high power silicon carbide inverters. The case study is the design of an aeronautical...
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SubjectTerms Algorithms
Analytical models
Capacitors
Case studies
Converters
Design automation
Electric power
Engineering Sciences
Inductors
interleaving
Inverters
Magnetic cores
Mathematical models
Model accuracy
Optimization
Passive components
Power harmonic filters
SiC
Silicon carbide
Solution space
Spectrum analysis
Topology
voltage source inverter
Title Predesign Methodology of Voltage Inverters Using a Gradient-Based Optimization Algorithm
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