课程名称：高级电能变换技术                                                                课程性质：本研一体专业课

课时学分：64学时，4学分                                                                    学生对象：高年级本科生与研究生

必修前置课程：电力电子

课程简介：电力电子是一门赋能型的应用学科，重点关注将某种形式的电能转换成特定负载所需要的形式，此类电路被广泛地应用于工业自动化、消费电子、轨道交通、航空航天、电力系统、数据中心、通信网络、物联网中。在不同的应用场景中，电力电子变换器的功率等级、输出电压电流特性、效率指标、可靠性需求，动态响应需求差异极大。研发人员需要在理解电力电子基本原理的基础上，熟练掌握并合理运用各种高级的电能变换技术，充分发挥不同功率半导体器件的优势，掌握多目标设计，把握设计的平衡点，定制化的开发出最适配的功率电路。本门课程将围绕电力电子的谐振变换技术展开，主要涵盖：串联谐振变换器，并联谐振变换器，LLC谐振变换器，ZVS准谐振变换器，ZCS准谐振变换器，多谐振变换器，PWM变换器的谐振软开关技术，无线电能传输系统中的高阶谐振变换器，超高频谐振变换器等。作为一门科研导向型的专业进阶课程，课程内容将不断更新，紧跟电力电子的最新技术与动态。

参考教材：

Erickson Robert W., Fundamentals of Power Electronics (3rd edition), ISBN：9783030438791 

高级电能变换技术课件上科大慕课平台地址（非本校用户可邮箱注册登录使用):

电力电子慕课（本科生章节的顶部）

Course name: Advanced Power Conversion Techniques

Course level: Graduate

Course credit: 4 credits

Students: Senior undergraduates and graduate students

Prerequisite: Power Electronics

Course introduction: Power electronics is an enabling technique that focuses on converting the form of electric power to meet various loading demands. Such converters are widely used in industrial automation, consumer electronics, rail traffic, aerospace, power systems, data centers, communication networks, and the Internet of Things. These practical scenarios would have distinct requirements in the power level, voltage and current, efficiency, reliability, and dynamic response. Based on the fundamental principles of power electronics, a professional researcher is expected to understand and utilize various advanced power conversion technology, fully take the advantages of different power semiconductor devices, carry out multi-objective design, explore the design trade off, and develop the most competitive power solution. This course will focus on resonant power conversion technology. It includes series resonant converter, parallel resonant converter, LLC resonant converter, ZVS quasi-resonant converter, ZCS quasi-resonant converter, multi-resonant converter, soft switching of PWM converter, high-order resonant converter in wireless power transfer systems, and ultra-high frequency resonant converter, etc. As a research-oriented course, its content will be continuously updated to keep up with the state-of the-art of the power electronics.