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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ac-charging-of-an-electric-vehicle/
课程评论：没有评论
课程名称：电动车的交流充电 课程概述：本课程将帮助学员了解交流充电的各类知识，包括导电充电和无线充电的类型。学员将接触到交流充电器/交流电动车充电服务设备（AC EVSE）的基础知识、国际交流电动车充电标准、交流充电器的额定值、充电等级分类以及电动车充电中的充电模式。此外，课程还将详细介绍交流充电器的主要组成部分、电动车充电服务设备控制器、保护设备及连接器类型。 在课程中，学员将学习模式3充电的案例，交流充电中接地的重要性，以及为何选择开放充电协议（OCPP）而非MODBUS协议进行电动车充电。同时，学员将详细了解充电管理系统和能源管理系统。课程还将探讨交流充电的应用案例，包括在独立家庭、多家庭住宅、商业建筑/办公室及公共充电站中的实际操作。 此外，课程强调使用三孔插座充电的风险，建议学员使用专用的交流充电器进行电动车充电。学员还将了解全球范围内政府对电动车充电基础设施的关注与发展。最后，本课程将简要介绍下一门课程的内容，重点讲述电动车队应用，这与内燃机车辆的充电方式存在显著差异。
In this course you will learn about the Types of AC Charging - Conductive Charging & Wireless Charging, you will have an Introduction to AC Charger / AC EVSE, Learn the International Standards in AC EV Charging, ratings of an AC Charger, Charging Levels Classification, Charging Modes in EV Charging.Learn the Main Components of an AC Charger, the EVSE Controller, the Protection Equipment, Types of Connectors. Moreover you will learn the Charging Cases in Mode 3 Charging, Importance of Earthing in EV Charging, Why OCPP is used in EV over MODBUS protocol, learn the Charging Management System and Energy Management System in detail.You will then know about the AC Charger Use Cases, How AC Charging is done in Individual Homes, in Multi-Home Societies, in Commercial Buildings / Offices and in Public Charging Stations.You will learn why Charging through a 3 Pin Socket is not advisable and you should charge your Electric Vehicle through a dedicated AC Charger only. Then, you will learn about the Government Focus on EV Charging Infra around the worldMoreover, we shall have an overview of our next course that shall be based on Fleet applications in EV which is a way too different from that in IC Engine Vehicles today.
