Digital work orders Training Vehicle Hybrid PlugIn

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Practical assignments with Toyota Prius 3 Plug-in Hybrid (basic), 2 h 04 min; Practical assignments with Toyota Prius 3 Plug-in Hybrid (advanced), 6 h 11 min; Failure assignments with Toyota Prius 3 Plug-in Hybrid (advanced), 2 h 40 min; Practical assignments Toyota Prius 3 Plug-in Hybrid (specialists), 5 h 53 min; Failure assignments Toyota Prius 3 Plug-in Hybrid (specialists), 3 h 56 min Practical assignments with Toyota Prius 3 Plug-in Hybrid: Charging system, 5 h 52 min; Failure assignments with Toyota Prius 3 Plug-in Hybrid: Charging system, 3 h 27 min

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The Toyota Prius 3 Plug-in Hybrid consists of a practical set-up and the associated E-learning. This practical consists of a prepared vehicle. The vehicle has breakout measuring points on all major components. 16 failures are built into the Hybrid system.

Toyota Prius 3 Plug-in Hybrid (basic), 11 h 26 min
After completing the practical assignments you are able to: Identify the different components of the Toyota Prius 3 Plug-in Hybrid. Show the location of different components of the Toyota Prius 3 Plug-in Hybrid. Identify the properties of different components of the Toyota Prius 3 Plug-in Hybrid. Identify the properties of different drive types. Implement different working procedures on hybrid vehicles. Perform charging of the Prius 3 plug-in Hybrid. Analyse the charging process of the Prius 3 plug-in Hybrid.

Preparatory theory with Toyota Prius 3 Plug-in Hybrid (basic), 9 h 22 min*
  • Voltage free switching HV system - advanced
  • Voltage free switching HV system - specialist
  • Working on hybrid vehicles - basics
  • Full hybrid - basics
  • Permanent magnet synchronous motor - advanced
  • Synchronous motor with permanent magnet - advanced
  • Hybrid vehicle with planetary gear system - basics
  • Rotating magnetic field - advanced
  • Enabling HV system - advanced
  • Interlock - advanced
  • Short circuit protection - advanced
  • Permanent insulation monitoring - advanced
  • Battery Management System - advanced
  • State of Health - advanced
  • Passive balancing - advanced
  • Temperature control HV battery - specialist
  • Working with voltage - advanced
  • State of Charge - advanced
Practical assignments with Toyota Prius 3 Plug-in Hybrid (basic), 2 h 04 min
  • Prius 3 Plug-in Hybrid: Recognise and establish - basics
  • Prius 3 Plug-in Hybrid: Safety and switching voltage-free - basics

Toyota Prius 3 Plug-in Hybrid (advanced), 14 h 50 min
After completing the practical assignments you are able to: Identify the different variants of HV batteries. Identify incoming and outgoing flows of the HV battery. Work with different safety indications. Identify the components of the Toyota Prius 3 Plug-in Hybrid charging system. Measure the voltages in the HV system of the Toyota Prius 3 Plug-in Hybrid. Apply a diagnostic roadmap for a failure on the Toyota Prius.

Preparatory theory with Toyota Prius 3 Plug-in Hybrid (advanced), 5 h 59 min*
  • HV battery - specialist
  • HV cables - basics
  • Battery Management System - advanced
  • State of Health - advanced
  • Passive balancing - advanced
  • State of Charge - specialist
  • Temperature control HV battery - specialist
Practical assignments with Toyota Prius 3 Plug-in Hybrid (advanced), 6 h 11 min
  • Prius 3 Plug-in Hybrid: HV battery - advanced
  • Prius 3 Plug-in Hybrid: HV battery on the dynamometer - advanced
  • Prius 3 Plug-in Hybrid: Drive type on the dynamometer - advanced
  • Prius 3 Plug-in Hybrid: Guided fault finding - advanced
Failure assignments with Toyota Prius 3 Plug-in Hybrid (advanced), 2 h 40 min
  • Prius 3 Plug-in Hybrid: Failure 1 - advanced
  • Prius 3 Plug-in Hybrid: Failure 2 - advanced
  • Prius 3 Plug-in Hybrid: Failure 3 - advanced
  • Prius 3 Plug-in Hybrid: Failure 4 - advanced

Toyota Prius 3 Plug-in Hybrid (specialists), 13 h 54 min
After completing the practical assignments you are able to: Analyse the different battery parameters. Identify the function of the ECVT components. Identify incoming and outgoing currents of the HV battery. Analyse different energy flows from the ECVT. Calculate the efficiency of the charger in the Toyota Prius 3 Plug-in Hybrid. Measure the charging voltage and charging current in the Toyota Prius 3 Plug-in Hybrid. Identify the communication connections and protocols of the charge connector in the Toyota Prius plug-in Hybrid. Analyse the communication signals between charger and charging cable/station.

Preparatory theory with Toyota Prius 3 Plug-in Hybrid (specialists), 4 h 05 min*
  • Electric drive - specialist
  • Energy density - specialist
  • Energy flow in hybrid vehicles - specialist
  • Efficiency - basics
  • Loss of driving form - basics
  • Hybrid vehicle with planetary gear system - specialist
Practical assignments Toyota Prius 3 Plug-in Hybrid (specialists), 5 h 53 min
  • Prius 3 Plug-in Hybrid: Energy flows introduction - specialist
  • Prius 3 Plug-in Hybrid: Energy flows during electric driving - specialist
  • Prius 3 Plug-in Hybrid: Energy flows during recovery - specialist
  • Prius 3 Plug-in Hybrid: Energy flows during combined driving - specialist
  • Prius 3 Plug-in Hybrid: Control MG2, voltage and current - specialist
Failure assignments Toyota Prius 3 Plug-in Hybrid (specialists), 3 h 56 min
  • Prius 3 Plug-in Hybrid: Failure 5 - specialist
  • Prius 3 Plug-in Hybrid: Failure 6 - specialist
  • Prius 3 Plug-in Hybrid: Failure 7 - specialist
  • Prius 3 Plug-in Hybrid: Failure 8 - specialist
  • Prius 3 Plug-in Hybrid: Failure 9 - specialist
  • Prius 3 Plug-in Hybrid: Failure 10 - specialist

Toyota Prius 3 Plug-in Hybrid: Charging system, 15 h 01 min
After going through the practical assignments you are able to: Connect the charging cable of the Toyota Prius 3 Plug-in Hybrid and charge the vehicle. Analyse the charging process of the Toyota Prius Plug-in Hybrid on the information display. Describe the construction of the charging system of the Toyota Prius 3 Plug-in Hybrid. Describe the operation of the communication lines in the charging connection and analyse the communication signals. Predict and measure the voltages and currents in the charging system of the Toyota Prius 3 Plug-in Hybrid. Check the operation of the HV charger of the Toyota Prius 3 Plug-in Hybrid and determine the efficiency. Apply a diagnosis road map to a failure in the Toyota Prius.

Preparatory theory with the Toyota Prius 3 Plug-in Hybrid: Charging system, 5 h 42 min*
  • Charging system - specialist
  • Charging station - specialist
  • Charging cable - basics
  • Charging modes - specialist
  • Charging connector - basics
  • Charging protocol - specialist
  • Charger - specialist
  • Battery Management System - advanced
  • State of Charge - specialist
  • Efficiency - basics
  • DC/DC converter - efficiency - specialist
Practical assignments with Toyota Prius 3 Plug-in Hybrid: Charging system, 5 h 52 min
  • Prius 3 Plug-in Hybrid: Charging - basics
  • Prius 3 Plug-in Hybrid: Charging system - advanced
  • Prius 3 Plug-in Hybrid: The charger - specialist
  • Prius 3 Plug-in Hybrid: Charging connection and charging protocol - specialist
Failure assignments with Toyota Prius 3 Plug-in Hybrid: Charging system, 3 h 27 min
  • Prius 3 Plug-in Hybrid: Failure 11 - advanced
  • Prius 3 Plug-in Hybrid: Failure 12 - specialist
  • Prius 3 Plug-in Hybrid: Failure 13 - specialist
  • Prius 3 Plug-in Hybrid: Failure 14 - specialist
  • Prius 3 Plug-in Hybrid: Failure 15 - advanced
  • Prius 3 Plug-in Hybrid: Failure 16 - specialist

License: You purchase a license for any number of students and teachers with a period of validity of 10 years. This can be extended individually after. The software will be activated on your Electude e-learning domain.

* Separate license may apply for the Preliminary theory.

Manufacturer:
Category: Digital work orders
Item number: 79405292
EQF-Level‍: Level 2Level 3Level 4
E-Learning‍: Electude
Keyword‍: E-Mobility