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Hybrid vehicle construction and principles
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Dear friends, hybrid electric cars are getting more and more popular. "Construction and Principle of Hybrid Electric Vehicle" introduces the basic concepts, structural characteristics and principles of the main components of hybrid electric vehicle, such as hybrid power system, electric energy storage device, driving motor, power electronic components of electric drive system and power conversion device.

Course introduction Course chapter  
Task 1: Basic structure cognition of hybrid vehicle
1.1 Definition of hybrid electric vehicles
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1.2 Configuration of hybrid electric vehicles
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1.3 Classification of hybrid electric vehicles
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1.4 Driving mode of hybrid electric vehicles
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1.5 Driving mode of hybrid electric vehicles
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1.6 Usage of Roewe ei6
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1.7 Basic principles of hybrid electric vehicles
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Task 2: Basic technology test of hybrid electric vehicles
2.1 Significance of basic detection of hybrid electric vehicles
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2.2 On-board diagnostic system
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2.3 Automobile warning system
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Task 3: Power system structure and control principle of hybrid electric vehicle
3.1 Function and basic composition of hybrid power control system
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3.2 Control strategy of hybrid electric vehicles
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3.3 Electric control system of new energy vehicles
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Task four: Hybrid electric vehicle power system disassembly and testing
4.1 Structure and working principle of hybrid power system
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4.2 Basic structure and principle of motor
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4.3 Safety protection of hybrid electric vehicles
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Task 5: Disassembly and testing of power batteries of hybrid electric vehicles
5.1 Composition of the power battery system
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5.2 Structure and working principle of lithium battery
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5.3 Performance Specifications of lithium batteries
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5.4 Advantages of lithium batteries
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5.5 Power battery disassembly and testing
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Task 6: Test the power battery energy management system of hybrid electric vehicles
6.1 Battery management system architecture and functions
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6.2 Battery Management System Components
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6.3 Leakage sensor
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6.4 Plug-in and non-plug-in vehicles
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Task 7: Structure and control principle of energy recovery system for hybrid electric vehicle
7.1 Electric energy storage device of hybrid electric vehicle
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7.2 Energy management system
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7.3 Battery Management System
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7.4 Regenerative braking energy recovery system
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Task eight: Structure and maintenance principle of transmission axle of hybrid electric vehicle
8.1 Variable speed transaxle of hybrid electric vehicle
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8.2 Shift control system of hybrid electric vehicle
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Task 9: Hybrid electric vehicle brake system structure and maintenance
9.1 Structural characteristics of brake control system for hybrid electric vehicles
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9.2 Main functions of hybrid vehicle braking system
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9.3 Control principle of hydraulic braking system for hybrid electric vehicles
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9.4 Regenerative braking of hybrid electric vehicles
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9.5 Brake force distribution of hybrid electric vehicles
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9.6 Brake assist system of hybrid electric vehicle
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Task 10: Structure and overhaul of electric air conditioning system of hybrid electric vehicle
10.1 Air Conditioning System Features
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10.2 Composition of air conditioning System
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10.3 Main Components and working Principles of the air conditioner system
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