Specifications

Automotive Academy Equipment& System for Toyota Prius Anatomic Running Platform

The anatomic running platform of the Prius hybrid system

Type:ILA9501

 

Working conditions:

Ambient temperature: From -5°Cto +45°C

Working humidity: ≤80%

Voltage: 220V, 50Hz, 1 phase.

 

USE:

For training the students at secondary or higher vocational institutions about working principle and structures of Prius hybrid system, the equipment is made from cutaway engine assembly, cutaway transmission assembly, power battery, converter, virtual disassembly and assembly software and teaching software about converting energy and movable stand.

 

Engine parameter

Working cycle: Atkinson

Volume: 1.5L

One cylinder volume: 1497cc

Cylinders: 4 in-line

Valve structure: Dual -overhead camshaft DOHC structure set CVTC ( continuously variable valve)

 

Cutaway engine parts

Cylinder cap

Cylinders, 4

Piston, 1

Camshaft and gear

Intake and exhaust valves

Injector, 1

Ignition coil, 1

Throttle valve

Oil pump

Water pump with thermostat

Oil filter

Intake - manifold

 

Hybrid driving system

Consists of driving damper, MG1 and MG2 motors, planet gears, reducing devices.

MG1 motor

Type: Synchronous generator

Function: Generator, starter for engine

Rated voltage: AC500V

MG2 motor

Type: Synchronous generator

Function: Generate electricity, drive vehicle

Rated voltage: AC500V

Planet gear mechanism:

Connect MG1 motor and sun gear.

Connect MG2 motor and gear ring, wheel.

Connect engine and planet frame.

 

Cutaway parts of transmission driving system:

Cut the transmission case: Observe planet and MG1, MG2

Cut MG1: Cut the stator to observe the section structure and rotor.

Cut MG2: Cut the stator to observe the section structure and rotor.

 

Inverter model

Consists of the inverter: Turbo converter, rectifier, DC converter, AC frequency transformer.

Cutaway type: Remove the case and observe inner inverter.

 

Power battery component

Power battery component: Battery, ECU, main relay, temperature sensor, diagnosis socket

Type: Ni-MH

Quantity of battery component: 28

Quantity of battery each component: 6

All batteries: 168

Each cell capacity: 1.2V

All capacity: 201.6V

Max current: 6.5AH          

Cutaway type: Remove the metal case instead of a plexiglass one to observe inner structure clearly.

 

Section

Processing mode: Milling machine, wire cutting.

Handle: Smooth, without burr, radius 45°, different parts section different color.

 

Movable stand

Material: Iron

Surface treatment: Plastics praying, rustproof.

Movable castors: Diameter 125mm, quantity 4, 2 castors can be locked.

Dimensions: 1050×700×1500mm

 

Driving motor:

2 reducing motors, one drives the crankshaft running slowly, the other drives the transmission running.

Motor power: 220V, 90W

Motor speed: 1350rpm

Reducing ratio: 1:30

 

Service manual:

Equipment servicemanual for operating

 

Assembling and disassembling teaching software

The software is installed into the tablet fixed on the running platform.

Assembling and disassembling Prius engine

Create 3D Prius engine model in the VR environment. The students can zoom out, zoom in or rotate the parts and observe the internal mechanism.

Perspective: Perspective parts, such as, engine assembly, case, inner parts.

Virtual assembling and disassembling instructional software. Assemble and disassemble the engine parts with manual and automatic as the order of the service manual.

Cognitive parts: Supply explodeddiagram and every part.

Assembling and disassembling Prius transmission

Create 3D Prius transmission model in the VR environment. The students can zoom out, zoom in or rotate the parts and observe the internal mechanism.

Perspective: Perspective parts, such as, engine assembly, case, inner parts.

Virtual assembling and disassembling instructional software. Assemble and disassemble the transmission parts with manual and automatic as the order of the service manual.

Cognitive parts: Supply explodeddiagram and every part.

Teaching software of hybrid system about converting energy

The software is installed into the 7 inch PAD for showing and studying the line about converting and translating hybrid system.

Working cycles: Compared Atkinson cycle with Otto cycle in the VR environment

Convert energy at typical conditions: Show the current flow direction with arrowhead, yellow one means discharge the battery, and green one means charge the battery. You can observe the piston and crankshaft how to run for judging the engine power is outputting or not.

Starting out model: The battery supplies power, and control MG2 by converter to start out the car.

Low speed travel model: The battery supplies power, and control MG2 by converter to drive the car.

Low speed cruising model: The engine supplies power to drive planet, then drive MG1, charging the battery as an alternator, and drive the MG2 with parts of power by the converter.

Full acceleration model: The engine supplies power to drive planet, at the same time, the battery supplies power to drive MG1 and MG2.

Braking model: The engine stops and MG2 is driven by the wheels to charge the battery as an alternator, and brake the car.

Stop model: All powers stop.

Reverse model: The battery supplies power to drive MG2 for reversing the car.

 

Synchronous operation function:

When the engine or hybrid system rotate, driven by reducing motor, the pad should display energy convert synchronous operation.

 

A tablet personal computer(PC) is installed in the panel of the bench, on which the teaching software of hybrid system about converting energy.

Operating system: Android

Wifi or wired accesses net

CPU: High speed1.6G CPU

Interface: USB, and projector interface

Dimensions: 7 inch(16:9), multipoint touch screen