Conversion of electrical energy
Understand the design and operating constraints of electrical machines
Expertise in the conversion, processing and use of electrical energy
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Electrical machines and electrical energy conversion technologies are constantly being developed, in particular to optimize their operation and life cycle, but also to meet current challenges such as the integration of renewable energies, improved storage capacities, management of variability in production and usage, and the development of new uses (mobility, ICT, etc.).
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Corrosion basics
Electromagnetics
Research and innovation
Electrical standardization and certification
Electrical regulations
Linear electrical networks
Linear electrical networks
Physical properties
Magnetic circuits
Permanent magnets
Soft magnetic materials
Dielectrics
Material characterization
Glasses
Polymers
Minerals
Liquid insulation
Insulation in low-density media
Plasmas
Conductive materials
Superconductors
Plasmas
Conductive materials
Superconductors
Introduction
Analysis tools
Analysis tools and metrology
Life cycle analysis
Introduction
Analysis tools
Analysis tools and metrology
Life cycle analysis
Active components
Close control stages
Fundamentals
Converters
Applications
Control of converters and electrical machines
Fundamentals
Converters
Applications
Control of converters and electrical machines
Fundamentals
Converters
Applications
Control of converters and electrical machines
Fundamentals
Converters
Applications
Control of converters and electrical machines
Fundamentals
Converters
Applications
Control of converters and electrical machines
Fundamentals
Converters
Applications
Control of converters and electrical machines
Research and innovation
Research and innovation