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Hybrid electric vehicle |
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The Structure 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, drive motor, power electronic components of electric drive system and power conversion device. Combined with the general structure and assembly characteristics of many hybrid electric vehicles developed at home and abroad, the structural characteristics and working principle of hybrid electric vehicles are described in detail |
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What will be covered in this course?
Through investigation and analysis of actual 4S shop maintenance positions, typical work tasks were obtained, vocational ability was analyzed, and the typical case base of hybrid electric vehicle faults was integrated into the study task base. Based on professional teaching standards, mechanical and electrical maintenance post standard grade standards, and national vocational college vocational skills competition, the teaching module was reconstructed and five learning projects were designed. Project 1: Cognition of hybrid electric vehicle structure and detection system; Project 2: Routine maintenance of hybrid electric vehicles; Project 3: Maintenance of electric energy storage device of hybrid electric vehicle; Project 4: Hybrid electric vehicle control system overhaul; Project 5: Introduction of Roewe ei6 hybrid electric vehicle. Identify ten tasks. The ten work tasks follow the action logic and follow the learning modules based on typical work tasks. Learning process from easy to difficult, layer by layer, expand and improve.
What will you gain?
This course is a comprehensive core course on the basis of automotive engine, new energy vehicle construction, automotive machinery and other courses. Through learning, you can master the structural principle and application of the engine and drive motor, master the power converter circuit and its application technology; It can accurately describe the control principle and characteristics of various motor control technologies, and select different control methods for different motors; Can grasp the overall application of new energy vehicle drive motor and control technology and solve practical problems in the future work. At the same time, develop the ability to think independently, obtain resources, analyze and solve problems; Have the professional habits of standardized operation and safety, environmental awareness and excellence of the artisan spirit.
Suitable for whom to study?
This course is suitable for students of new energy vehicle-related majors in middle and high vocational colleges, and is also suitable for all personnel interested in new energy vehicles in society.
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