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所在平台: Udemy |
课程主页: https://www.udemy.com/course/build-an-electric-vehicle-a-beginners-course/
课程评论：没有评论
**课程名称：** 打造电动汽车：入门课程（Build an Electric Vehicle: A Beginner's Course） **课程概述：** 这门课程旨在为学员提供电动汽车（EV）技术的基础知识，并结合实践经验，指导学员亲手打造一辆名为“Dhruva”的电动两轮车。这辆电动车将能够载客两人，最高时速可达80公里/小时。通过学习建造“Dhruva”的方法，学员可以将其应用于小型电动汽车的制造。这不仅是一门理论课程，更是一次将知识付诸实践的独特体验。 **课程内容亮点：** * **电机选型与了解：** * 根据客户需求选择电机容量和类型。 * 深入剖析无刷直流（BLDC）电机的工作原理及其对电机控制器单元（MCU）的需求。 * 解读电机规格表。 * **电池系统理论与实践：** * 理解电池参数及其应用。 * 了解铅酸电池在电动汽车中逐渐被淘汰的原因。 * 学习两种主流锂离子电池化学特性，并根据用户需求选择合适的电池。 * 根据电压和电荷容量要求学习电池的单元排列。 * 掌握电池管理系统（BMS）的基础知识，并了解BMS可能触发的各种故障。 * **充电系统与安全：** * 理解电动汽车的充电过程。 * 介绍可用的不同充电选项。 * 学习如何匹配家用充电桩的规格。 * **传动系统与安全：** * 解释不同类型的传动系统，并学习如何为电动汽车匹配适宜的传动系统。 * 说明在电动汽车中使用更简单传动系统的原因。 * 分析电动汽车着火的原因。 * 了解国际安全法规和测试程序如何保障电动汽车的安全。 **课程目标：** 本课程将为学员打下坚实的电动汽车知识基础，并提供宝贵的实践经验，有望成为您在电动汽车领域知识探索的良好起点。
Hello learners! Welcome to the course "Build an Electric Vehicle: A Beginner's Course". Just like any other electric vehicle course, you will learn all the basics of electric vehicle technology. But in addition to learning these basics, you will also apply them to building an electric vehicle. So this course will provide a unique experience by combining theoretical knowledge with hands-on learning.For hands-on learning, we will develop an electric two-wheeler named Dhruva. Dhruva will be capable of carrying two passengers at a top speed of 80 km/hr. The hands-on approaches that you learn here for building this electric two-wheeler can be extended and applied to a passenger car with small modifications. So this course might be a good starting point for your knowledge of electric vehicle. I am sure this course will stay forever in your hearts!This course includesFramework for choosing the motor capacity and type based on customer requirementsThe working of a BLDC motor and the need for a Motor Controller Unit (MCU)Explaining the motor specification sheetExplaining battery parameters with relevant examplesReasons why lead-acid batteries are no longer used in electric vehiclesLearning the two most popular lithium-ion battery chemistries and choosing an appropriate battery chemistry based on specific user requirementsLearning the cell arrangement in batteries based on the voltage and charge capacity requiredLearn the fundamentals of Battery Management system.Understand the various faults triggered by BMSExplaining the charging process of an electric vehicleExplaining the different charging options available for electric vehiclesSizing an appropriate home chargerExplaining the different types of transmissions and sizing an appropriate transmission for an electric vehicleReasons why a simpler transmission system is sufficient in an electric vehicleReasons why electric vehicles catch fireLearning how international safety regulations and testing procedures ensure the safety of electric vehiclesHoping to see you all in the course!
