姚文熙 - 浙江大学 - 电气工程学院

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姚文熙副教授硕士生导师收藏完善纠错
浙江大学电气工程学院
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个人简介

浙江海宁人，浙江大学电气工程学院副教授。 2000年，毕业于浙江大学应电系，获得学士学位。 2006年，获得浙江大学电力电子与电力传动专业博士学位，同年进入浙江大学电气工程学院从事师资博士后工作。 2008年，博士后出站后留校任教至今，2008年晋升为副教授。期间2010年~2011年，在美国北卡州立大学的“新能源利用研究中心（FREEDM）”访问学习。主讲课程：《现代电力电子装置及系统》《电力电子系统计算机仿真》《开关电源设计与调试》技术专长：逆变（直流-交流）技术电力电子数字控制教学与课程 1.现代电力电子装置及系统上课时间：大三夏学期了解电力电子技术的典型应用，了解电力电子装置的基本组成、控制方法和设计思想，能够掌握几种典型电力电子装置的设计过程和方法，从而将电力电子学的理论和技术与工程实际应用紧密联系起来。学完课程，能够掌握如下技能： 1）根据技术指标选择变换器拓扑，能够说出电力电子装置的基本组成，可以进行主电路的初步设计。 2）对主要电力电子变换器的电路进行计算机仿真。 3）掌握逆变器正弦波调制(SPWM)的原理和实现方式。 4）能够说出功率器件驱动电路的设计要点。 5）能够说出变换器电路中各种电压、电流信号的采样方式。 6）掌握至少一种PI控制器的实现方式，能够根据变换器初步设计PI参数。 7）理解电力电子装置中控制的作用，掌握逆变器电流控制和电压控制的机理。 2.电力电子系统计算机仿真上课时间：大三夏学期，以自动控制理论为基础，以电力电子变换器为对象，利用计算机辅助设计，学习电力电子变流器的建模和分析、控制器设计和系统仿真。学完课程，能够回答以下问题： 1）如何将变换器（如BOOST变换器）变成传递函数？ 2）如何画出变换器（如BOOST变换器）的阶跃响应？ 3）如何利用根轨迹给变换器（如BOOST变换器）设计PI控制器的参数？ 3.开关电源设计与调试（数控逆变器）上课时间：大三暑假短学期讲授数字电源的基本原理，数字控制算法的设计、编程、仿真、调试等基本方法。主要内容有：数字电源的基本组成；模拟采样电路的设计；数字PWM技术的实现；数字控制算法的设计和编程实现；数字电源的系统仿真；实际设计并调试完成一款数字电源的控制软件。主要科研项目： 1.基于组合拓扑的并网逆变技术研究，国家自然科学基金面上项目 2.基于宽禁带功率器件的新型光伏直流升压变流模块技术，国家重点研发计划子课题 3.基于模块化结构的三端口电力电子变压器及其能量管理技术研究，横向合作项目 4.无位置传感器电机驱动，国际合作项目研究与成果主持国家自然科学基金1项，作为主要参与人承担国家自然科学基金重点和面上项目，国家重点研发计划等多项，与美国伊顿集团、中国国家电网等国内外知名企业保持长期合作关系。已发表学术论文100余篇，其中SCI收录20余篇，已授权专利10余项，其中美国专利3项，曾获得了浙江省科学技术一等奖。

研究领域

1.节能驱动 a.电动汽车用异步电机高性能矢量控制由于其优异的高速性能，高端电动汽车采用异步电机驱动。其面临的关键问题是零速时转矩脉动，以及极高速时的转矩输出…… b.新型电机驱动的变流器拓扑及控制能量回馈、高功率因数、准正弦波逆变是对新一代驱动逆变器的要求。 2.新能源发电和智能电网 a.智能电网中的电能变换和管理新能源发电、电力电子变压器、电力电子断路器将是未来电网中的新元素，也是电力电子技术的崭新应用。 b.基于规模化组合的电力电子变流方法随着电能利用的越来越普遍，电力电子变流器处理的电压、电流和容量日益增大。探索化整为零的分布式变流技术以及大规模模块化组合变流技术 c.电力电子变换器的柔性控制 DSP控制已然成为电力电子系统的主流控制技术。强大和高速的数字处理能力，使得数字实时控制从“毫秒级”迈向“微妙级”。在线参数辨识、自适应和变模式的控制策略都逐渐成为可能。

近期论文

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1.Yu,H,Chen,B,Yao,Wet al.,Hybrid Seven-Level converter based on T-Type converter and H-Bridge cascaded under SPWM and SVM.IEEE TRANSACTIONS ON POWER ELECTRONICS,2018,33(1):689-702. 2.Liu,W,Jin,H,Yao,Wet al.,An interleaved PWM method with better Voltage-Balancing ability for Half-Bridge Three-Level DC/DC converter.IEEE Transactions on Power Electronics,2018:1. 3.Lee,K,Shen,G,Yao,Wet al.,Performance characterization of random pulse width modulation algorithms in industrial and commercial Adjustable-Speed drives.IEEE TRANSACTIONS ON INDUSTRY APPLICATIONS,2017,53(2):1078-1087. 4.L.,H,F.,C,W.,Yet al.,Flexible mode bridgeless boost PFC rectifier with high efficiency over a wide range of input voltage.IEEE Transactions on Power Electronics,2017,32(5):3513-3524. 5.刘威,姚文熙,吕征宇,半桥三电平llc谐振变换器的调制方法.浙江大学学报(工学版),2017(08):1653-1661. 6.黄羽西,姚文熙,吕征宇et al.,考虑电感寄生参数的有源前端lcl滤波器的设计.机电工程,2017(07):772-777. 7.Lee,K,Yao,W,Carnovale,Det al.,Harmonics performance and system stability evaluation between 18-pulse and LCL filter based active front end converters under weak grid condition.IEEE.2017.2476-2483. 8.Xu,H,Yao,W,Shao,S,Improved SVPWM schemes for vienna rectifiers without current distortion.IEEE.2017.3410-3414. 9.解良,刘思贝,姚文熙et al.,基于空间矢量的同步磁阻电机直接转矩控制.机电工程,2017,34(10):1156-1161. 10.Liu,W,Wang,B,Yao,Wet al.,Steady-State analysis of the phase shift modulated LLC resonant converter.2016.1-5. 11.Liu,J,Yao,W,Lu,Zet al.,Design and Implementation of DSP based High-Frequency SPWM Generator.2016.597-602. 12.Jin,X,Lin,H,Yao,Wet al.,Hold-up time extension method for forward converter.2016.1-4. 13.Wang,K,Lee,K,Yao,Wet al.,Maximum torque output for Volts/Hz controlled induction machines in flux-weakening region.2016.1-6. 14.Yu,H,Yao,W,Lu,Zet al.,A modified Five-Level hybrid converter with large output voltage range and high efficiency.2016.1217-1221. 15.Wang,B,Yao,W,Lu,Zet al.,Multi-Module-Cascade High-Voltage composite switch.2016.1-5. 16.Lee,K,Shen,G,Yao,Wet al.,Performance characterization of random 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based industrial adjustable speed drives.Energy Conversion Congress and Exposition(ECCE),2013 IEEE,Denver,CO:2013,3742-3748. 50.Bin,C,Wenxi,Y,Kai,Wet al.,Comparative analysis of feedback gains for adaptive full-order observers in sensorless induction motor drives.Energy Conversion Congress and Exposition(ECCE),2013 IEEE,Denver,CO:2013,3481-3487. 51.Zhang,M,Hang,L,Yao,Wet al.,A novel strategy for Three-Phase/Switch/Level(Vienna)rectifier under severe unbalanced grids.IEEE Transactions on Industrial Electronics,2013,60(10):4243-4252. 52.Wenxi,Y,Zhengyu,L,Huang,Let al.,Research on grid-connected interleaved inverter with L filter.Future Energy Electronics Conference(IFEEC),2013 1st International2013,87-92. 53.Bin,L,Lijun,H,Wenxi,Yet al.,Equivalence of SVM and carrier-based PWM in three phase/wire/level VIENNA rectifier and unbalanced-load ability.Industrial Electronics(ISIE),2012 IEEE International Symposium on,Hangzhou:2012,328-333. 54.严刚,姚文熙,李宾et al.,混合导通模式三相三电平vienna整流器控制策略.电工技术学报,2012(12):87-93. 55.杭丽君,李宾,黄龙et al.,一种可再生能源并网逆变器的多谐振pr电流控制技术.中国电机工程学报,2012(12):51-58. 56.刘森森,李宾,杭丽君et al.,一种新型电网三相不平衡时vienna整流器的控制方法.中国电机工程学报,2012(21):54-62. 57.王仕韬,吕征宇,王鹿军et al.,永磁风力发电系统的变拓扑晶闸管整流器控制策略.电力系统自动化,2012(14):160-165. 58.Lee,K,Wenxi,Y,Wenbin,Let al.,Current regulated pulse width modulation controller impact on low speed performances of industrial encoderless adjustable speed drives under sliding mode variable structures.Energy Conversion Congress and Exposition(ECCE),2012 IEEE,Raleigh,NC:2012,2639-2645. 59.Li,B,Yao,W,Hang,Let al.,Robust proportional resonant regulator for grid-connected voltage source inverter(VSI)using direct pole placement design method.IET POWER ELECTRONICS,2012,5(8):1367-1373. 60.严刚,杭丽君,姚文熙et al.,三相四线vienna整流器及其数字控制策略研究.电力电子技术,2011(10):10-11. 61.陈基锋,姚文熙,吕征宇,基于重复控制的三相并网控制系统前馈方法.电力电子技术,2011(06):9-10. 62.王斯然,周霞,姚文熙et al.,锂电池能量回收系统的进网电流优化控制技术.浙江大学学报(工学版),2011(05):809-814. 63.刘森森,杭丽君,姚文熙et 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69.李泉峰,姚文熙,吕征宇,基于plecs的三相隔离buck仿真研究.机电工程,2010(12):110-112. 70.胡海兵,姚文熙,吕征宇,三电平空间矢量调制的fpga实现.电工技术学报,2010(05):116-122. 71.Wang,S,Xia,Z,Jifeng,Cet al.,Investigation of fully digital controlled Li-ion battery power recovery system.Applied Power Electronics Conference and Exposition(APEC),2010 Twenty-Fifth Annual IEEE,Palm Springs,CA:2010,2091-2095. 72.王斯然,姚文熙,周霞et al.,锂电池馈电并网系统的设计与实现.电网技术,2009(16):92-95. 73.姚文熙,王斯然,刘森森et al.,三电平空间矢量调制中的共模分量.电工技术学报,2009(04):108-113. 74.Zhe,D,Wei,C,Wei,Zet al.,A novel ZVZCS asymmetrical dual switch forward converter with an optimized ZCS cell based on active clamp reset technique.Applied Power Electronics Conference and Exposition,2009.APEC 2009.Twenty-Fourth Annual IEEE,Washington,DC:2009,1459-1463. 75.Wei,Z,Wei,C,Wenxi,Yet al.,Analysis on rectifier diode stress issue of the DCM active clamped Dual-Switch forward converter and its solutions.Applied Power Electronics Conference and Exposition,2009.APEC 2009.Twenty-Fourth Annual 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