This book contains course content on electric bikes designed for vocational training institutions and students. The educational module covers topics such as the history of electric bikes, the future of electric bicycles, environmental sustainability and urban mobility, electric theory and components, power elements, electric bike frame and design, electric power and battery components, motors and motor controllers, as well as service and maintenance sections.
This book contains the content of courses designed for students to practically experience the knowledge gained from modules. The student course content includes topics such as hill climbing power, overcoming wind resistance, overcoming rolling resistance, required power for acceleration, motor-to-road power scaling, frame and design determination processes, the use of measurements and formulas, aerodynamic drag force, wheels and tires, underbody airflow, horsepower, torque and current, battery types and selection, battery components and performance, nickel-cadmium and lithium-ion batteries, charge control, motor types and selection, motor fault identification and repair, body panel, suspension, braking system, lighting, display, switch, maintenance rules, general inspection, and battery and charger installation.
This book contains the content of courses designed to help vocational education teachers acquire the qualifications to teach in the field of electric bicycles, utilize the educational modules to be produced, and effectively apply the course content created for students. The teacher-level course content includes programs combining instructor training techniques with the topics outlined in the educational modules and student course content in the field of electric bicycles.
This book serves as a guide designed to help vocational education teachers acquire the qualifications to teach in the field of electric bicycles, utilize the educational modules to be produced, and effectively apply the course content created for students. The guide includes teacher-level course content, educational modules in the field of electric bicycles, and enhanced versions of the topics outlined in student course content combined with instructor training techniques.
This output is designed as a digital learning platform. The platform will feature video lessons on repair, maintenance, and servicing of electric bikes, along with detailed introductions to parts such as the body, brakes, suspension, motor, battery, charger, and other equipment. Video lessons and part-equipment introductions will be enhanced with visuals, and 3D options are planned to be added. In addition to the educational section, the platform will have a news section covering developments in electric bicycles and applications in different countries. There will also be a blog section where electric bike users and enthusiasts can connect and engage. Finally, all project materials and outputs will be digitized and available on the e-Bike Virtual Platform with downloadable options.