An instant report of Ricardo’s Chevrolet Volt motor analysisReview of materials and constructionExploded diagram of gear box, rotor and stator assembly
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Understand the inner workings of the Chevrolet Volt (2016) traction motor, with Ricardo’s independent, detailed report. Each component within the electric motor has been examined to provide insights into its design, materials and assembly. The results of this benchmarking exercise are contained within this report.
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- Use to compare against leading electric car drive motor manufacturers
What insights will I gain?
Within this report is a written account of lab testing results, component identification within the motor, measurements and material microstructure. Inside the report, you will find:
Measurement of magnetisation
Graphs illustrating magnet BH curves – magnetic field strength and fluctuation generated.
Design and layout
This includes the car’s motor and gearbox positioning and an exploded diagram of the separate motor components, with annotations.
Motor parameters include the motor’s dimensions, speed, power, torque, stator cooling, lamination, wire size, rotor magnet type.
A study of lamination materials used within the motor, including: thickness, hardness, coating type, chemical analysis and microstructure magnification.
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If you wish to know more about Ricardo’s analysis of the Chevrolet Volt or if you are interested in working with Ricardo on your own electric motor analysis, please request a sample or send an enquiry using the buttons above and a member of the Ricardo team will contact you directly.