Cutaway Model For Hybrid Engine Synergy Drive - Gasoline and Electric

Cutaway Model for Hybrid Engine Synergy Drive – Gasoline and Electric

The Cutaway Model for Hybrid Engine Synergy Drive is an advanced educational training model designed to demonstrate the operating principles of a modern hybrid propulsion system combining a gasoline engine and an electric motor. The model provides a clear visual representation of the interaction between mechanical and electrical power sources, making it ideal for automotive engineering laboratories, technical institutes, vocational training centers, and research facilities.

This detailed cutaway model illustrates how hybrid technology improves fuel efficiency by recovering energy that would otherwise be lost during braking and reusing it to assist vehicle propulsion. It demonstrates the integration of the internal combustion engine, electric motor, generator, transmission system, and power management components found in hybrid vehicles.

Educational Objectives

• Understand the operation of hybrid vehicle powertrain systems

• Study the interaction between gasoline and electric propulsion systems

• Demonstrate regenerative braking and energy recovery principles

• Analyze the operation of motor generators and power distribution systems

• Explore modern automotive technologies used in hybrid vehicles

Operating Principle

The model demonstrates a Hybrid Synergy Drive system featuring two power sources:

• A gasoline-powered internal combustion engine

• An electric motor drive system

The system incorporates two motor-generators:

• MG1 (Motor Generator 1): Responsible for generating electrical energy and starting the gasoline engine.

• MG2 (Motor Generator 2): Functions as the primary electric drive motor and also acts as a generator during deceleration to recover energy through regenerative braking.

During braking or deceleration, kinetic energy from the wheels is converted into electrical energy and stored for later use, enhancing overall vehicle efficiency and reducing fuel consumption.

Main Features

The cutaway model clearly displays the following components and systems:

• Four-cylinder gasoline engine

• Engine displacement: 1500 cc

• DOHC (Double Overhead Camshaft) configuration

• Four valves per cylinder

• Roller timing chain system

• VVT-i (Variable Valve Timing with Intelligence) system

• Electronically controlled intake valves

• Multi-point electronic fuel injection system

• Electronic throttle control

• Electric traction motor

• Motor-generator system

• Epicyclic (planetary) gear mechanism

• Generator assembly

• Continuously Variable Transmission (CVT) belt drive system

• Gear train assembly

• Differential unit

• Exhaust manifold

• Lambda (oxygen) sensor

Training Features

• Detailed cutaway sections for enhanced component visibility

• Color-coded internal components for easy identification

• Manual operation for demonstration of mechanical movement

• Separate crank handles provided for:

  • Internal combustion engine operation

  • Electric motor operation

• Simulation of different operating cycles and power flow conditions

• Mounted on a heavy-duty mobile stand with wheels for easy movement

Technical Specifications

• Engine Type: Hybrid Synergy Drive (Gasoline and Electric)

• Number of Cylinders: 4

• Engine Capacity: 1500 cc

• Valve Configuration: 4 valves per cylinder

• Valve Train: DOHC

• Timing System: Roller Chain

• Fuel System: Multi-Point Electronic Injection

• Transmission Type: CVT (Continuously Variable Transmission)

• Drive System: Hybrid Electric Drive with Regenerative Braking

General Specifications

• Dimensions (H × L × W): 1300 × 1000 × 800 mm

• Approximate Weight: 250 kg

• Mounting: Mobile stand with wheels

Applications

The Cutaway Model for Hybrid Engine Synergy Drive is ideal for:

• Automotive Engineering Laboratories

• Technical Training Institutes

• Vocational Education Centers

• Polytechnic Colleges

• Automotive Research Facilities

• EV and Hybrid Vehicle Training Programs

• Industrial Training Centers

• Vehicle Technology Demonstration Laboratories

Benefits

• Provides hands-on understanding of hybrid vehicle technology

• Demonstrates modern energy recovery and efficiency systems

• Enhances practical automotive training

• Supports EV and hybrid vehicle curriculum requirements

• Facilitates clear visualization of complex hybrid powertrain components

• Improves student comprehension of advanced automotive engineering concepts

Manufacturers and Suppliers of Cutaway Model for Hybrid Engine Synergy Drive – Gasoline and Electric serving automotive training institutes, engineering colleges, vocational education centers, research laboratories, and industrial training organizations worldwide, including Algeria, Argentina, Bahrain, Bangladesh,Brazil, Cambodia, Cuba, Cyprus, Ecuador, Egypt, Ethiopia, Ghana, Japan, Jordan, Kenya, Kuwait, Malaysia, Philippines, Tanzania, and Uganda.

Cutaway Model For Hybrid Engine Synergy Drive - Gasoline and Electric Quality Assurance: We being a leading Cutaway Model For Hybrid Engine Synergy Drive - Gasoline and Electric manufacturer from India. NaugraLabEquipments are actively involved in providing precision equipments of premium quality to clients across the globe for Testing Lab and TVET Technical Lab, Industial Training Institutions. We always utilize the most advanced and sophisticated technology for production process of Cutaway Model For Hybrid Engine Synergy Drive - Gasoline and Electric and supply exceptional range of other products like Cutaway Model For Hybrid Engine Synergy Drive - Gasoline and Electric for tender supply from India.