Electric engine Renault Zoe cutaway model AE35405M

This automotive training aid is based on the Renault Zoe electric vehicle powertrain system. The cutaway model features a fully sectioned electric motoreducer and inverter unit, with color-coded internal components to highlight structure and function. The trainer includes a manually rotatable electric drive unit, showcasing the integration of the electric motor, reduction gear system, and power electronics module. Designed for educational use, it is mounted on a stable support frame, making it suitable for demonstration and mechanical analysis in automotive education environments.

• Base model: Renault Zoe EV motoreducer.
• Components: PMSM motor, inverter, reducer gears, differential, housing, crank handle.
• Rotation: Manual crank for gear and shaft motion.
• Product number: AE35405M

• Learn structure and function of electric motor, inverter, and reducer assembly in modern EVs.
• Identify internal components such as stator, rotor, cooling jacket, gear set, differential, and high-voltage connections.
• Understand working principle of permanent magnet synchronous motor (PMSM) used in Renault Zoe.
• Analyze gear reduction mechanism and observe torque transfer from motor to final drive.
• Observe power electronics module layout including inverter, DC bus, and cooling components.
• Learn EV drivetrain operation through manual rotation of motoreducer.
• Develop knowledge in EV-specific components like resolver sensor, power distribution units, and integrated control boards.

• Provides clear visual teaching tool with full internal visibility of electric drivetrain components.
• Enables safe classroom instruction without live high-voltage exposure.
• Supports lessons in EV powertrains, motor control, and regenerative braking principles.
• Allows instructors to explain complex electric drive operation using real physical components.
• Suitable for group demonstration and hands-on component identification in technical classrooms.
• Simplifies understanding of high-voltage system layout through static but interactive model.