Home > Category > Hybrid vehicle construction and principles
●Task 1: Basic structure cognition of hybrid vehicle1
●1.1 Definition of hybrid electric vehicles
●1.1.1 Development History of Hybrid Electric Vehicles (I)
●1.1.2 Development History of Hybrid Electric Vehicles (II)
●1.2 Configuration of hybrid electric vehicles
●1.2.1 Configuration of Hybrid Power (I)
●1.2.2 Configuration of Hybrid Power (II)
●1.3 Classification of hybrid electric vehicles
●1.3.1 What are Series, Parallel and Hybrid Connections (1)
●1.3.2 What are Series, Parallel and Hybrid Connections (2)
●1.3.3 What are Series, Parallel and Hybrid Connections (3)
●1.4 Driving mode of hybrid electric vehicles
●1.4 Driving mode of hybrid electric vehicles
●1.5 Driving mode of hybrid electric vehicles
●1.5.1 Eight Driving Modes of Hybrid Electric Vehicles (I)
●1.5.2 Eight Driving Modes of Hybrid Electric Vehicles (II)
●1.6 Usage of Roewe ei6
●1.6.1 Usage Method of Roewe ei6 1
●1.6.2 Use Method 2 of Roewe ei6
●1.6.3 Use Method 3 of Roewe ei6
●1.6.4 Usage Method of Roewe ei6 4
●1.7 Basic principles of hybrid electric vehicles
●1.7.1 Structure of Parallel Hybrid Electric Vehicle (I)
●1.7.2 Parallel Hybrid Electric Vehicle Structure (II)
●1.7.3 Use of Hybrid electric vehicles 1
●1.7.4 Hybrid Vehicle use 2
●1.7.5 Hybrid vehicle use 3
●1.7.6 Hybrid Vehicle use 4
●1.7.7 Use of hybrid electric vehicles 5
●1.7.8 Hybrid electric vehicle use 6
●Task 2: Basic technology test of hybrid electric vehicles1
●2.1 Significance of basic detection of hybrid electric vehicles
●2.1.1 Basic Technology test of hybrid electric Vehicles 1
●2.2.2 Basic Technology Detection of hybrid electric Vehicles 2
●2.2.3 Basic Technology detection of hybrid electric vehicles 3
●2.2.4 Basic Technology test of hybrid electric vehicles 4
●2.2.5 Basic Technology test of hybrid electric vehicles 5
●2.2 On-board diagnostic system
●2.2 On-board diagnostic system
●2.3 Automobile warning system
●Vehicle warning system
●Task 3: Power system structure and control principle of hybrid electric vehicle1
●3.1 Function and basic composition of hybrid power control system
●3.1.1 Power system structure and control Principle of hybrid electric vehicle 1
●3.1.2 Power system structure and control Principle of hybrid electric vehicle 2
●3.1.3 Power system structure and control principle of hybrid electric vehicle 3
●3.2 Control strategy of hybrid electric vehicles
●3.2 Control strategy of hybrid electric vehicles
●3.3 Electric control system of new energy vehicles
●3.3.2 Electric Control system for new energy vehicles 2
●3.3.1 Electric Control system for new energy vehicles 1
●Task four: Hybrid electric vehicle power system disassembly and testing1
●4.1 Structure and working principle of hybrid power system
●4.1.1 Bus control system structure and overhaul of hybrid electric vehicles 1
●4.1.2 Bus control system structure and maintenance of hybrid electric vehicle 2
●4.1.3 Bus control system structure and maintenance of hybrid electric vehicles 3
●4.2 Basic structure and principle of motor
●4.2.1 Basic Structure and Principle of motor 1
●4.2.2 Basic Structure and Principle of motor 2
●4.3 Safety protection of hybrid electric vehicles
●4.3.2 Safety Protection of Hybrid electric Vehicles 2
●4.3.1 Safety protection of hybrid electric vehicles 1
●Task 5: Disassembly and testing of power batteries of hybrid electric vehicles1
●5.1 Composition of the power battery system
●5.1 The composition of the power battery system
●5.2 Structure and working principle of lithium battery
●5.2 Structure and working principle of lithium battery
●5.3 Performance Specifications of lithium batteries
●5.3 Performance Specifications of lithium batteries
●5.4 Advantages of lithium batteries
●5.4 Advantages of lithium batteries
●5.5 Power battery disassembly and testing
●5.5.1 Removal of battery of hybrid electric vehicle
●5.5.2 Power battery detection of hybrid electric vehicles
●5.5.3 Installation of power batteries of hybrid electric vehicles
●Task 6: Test the power battery energy management system of hybrid electric vehicles1
●6.1 Battery management system architecture and functions
●6.1.1 Cognition of Power Battery Management System (I)
●6.1.2 Cognition of Power Battery Management System (II)
●6.2 Battery Management System Components
●6.2 Battery management system
●6.3 Leakage sensor
●6.3 Leakage sensor
●6.4 Plug-in and non-plug-in vehicles
●6.4 Plug-in and non-plug-in cars
●Task 7: Structure and control principle of energy recovery system for hybrid electric vehicle1
●7.1 Electric energy storage device of hybrid electric vehicle
●7.1.1 Electric Energy Storage Device for Hybrid Electric Vehicle (I)
●7.1.2 Electric Energy Storage Device for Hybrid Electric Vehicle (II)
●7.1.3 Electric Energy Storage Device for Hybrid Electric Vehicle (III)
●7.2 Energy management system
●7.2 Energy management system
●7.3 Battery Management System
●7.3 Battery Management System
●7.4 Regenerative braking energy recovery system
●7.4.1 Structure and Control Principle of energy recovery system for hybrid electric Vehicles 1
●7.4.2 Structure and Control Principle of energy recovery system for hybrid electric Vehicles 2
●7.4.3 Structure and Control Principle of energy recovery system for hybrid electric Vehicles 3
●Task eight: Structure and maintenance principle of transmission axle of hybrid electric vehicle1
●8.1 Variable speed transaxle of hybrid electric vehicle
●8.1 Variable speed transaxle of hybrid electric vehicle
●8.2 Shift control system of hybrid electric vehicle
●8.2 Shift control system of hybrid electric vehicle
●Task 9: Hybrid electric vehicle brake system structure and maintenance1
●9.1 Structural characteristics of brake control system for hybrid electric vehicles
●9.2 Main functions of hybrid vehicle braking system
●9.3 Control principle of hydraulic braking system for hybrid electric vehicles
●9.4 Regenerative braking of hybrid electric vehicles
●9.5 Brake force distribution of hybrid electric vehicles
●9.6 Brake assist system of hybrid electric vehicle
●Task 10: Structure and overhaul of electric air conditioning system of hybrid electric vehicle1
●10.1 Air Conditioning System Features
●10.2 Composition of air conditioning System
●10.3 Main Components and working Principles of the air conditioner system

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