EPE’13 – ECCE Europe The 15th European Conference on Power Electronics Applications 3 – 5 September 2013, Lille, France EPE Association and the organizers of EPE 2013 – ECCE Europe have the pleasure to invite you to submit contributions for EPE 2013 – ECCE Europe, the 15th European Conference on Power Electronics and Applications. The conference will take place in Lille, France, from 3 to 5 September 2013. Additional and complete information can be found in the attached Call for Papers, as well as on the website: www.epe2013.com Contributions related to the following topics are most welcome: List of topics: 1. Active devices 2. Passive components, system integration packaging 3. Power system integration 4. Soft switching converters and control 5. Hard switching converters and control 6. Modulation strategies and specific control methods for static converters 7.Application of control methods to electrical systems 8. Measurements and sensors 9. Motion control, robotics, special drives, haptics, communication in drive systems 10. Electrical machines 11. Adjustable speed drives 12. High performance drives 13. Energy efficiency, energy saving issues in system components 14. Converters for rotating and linear generators 15. Non-rotating power generation and storage systems 16. Power electronics in transmission and distribution 17. Power supplies 18. Electrical systems in road vehicles 19. Electrical systems in aerospace, space, surface and marine transport (not road) 20. Industry specific energy conversion and conditioning technologies 21. Energy conversion and conditioning technologies in physics research and related applications 22. Education in electrical engineering Please note the following deadlines: Intending authors should note the following deadlines: Receipt of synopses: 1st of December 2012 Notification of provisional acceptance: 1st of March 2013 Receipt of full typescript for final review: 1st of June 2013 Working Language: The working language of the conference is English, which will be used for all printed material, presentations and discussion. EPE secretariat: Brigitte Sneyers: bsneyers@vub.ac.be Philippe Hamacher: Philippe.Hamacher@vub.ac.be Mireille Vankeerberghen: mireille.epeassociation@gmail.com EPE Association c/o VUB-IrW-ETEC, Pleinlaan 2 B-1050 Brussels, Belgium Tel.: +32 2 629 28 19-20 Fax: +32 2 629 36 20 http://www.epe-association.org
最新影响因子已于2012年6月29日凌 晨1点(美东时间6月28日13点)在JCR(JournalCitation Report)刊出。感谢网友贴出链接: http://bbs.sciencenet.cn/thread-564570-1-1.html 电力电子领域两大顶级期刊: IEEE T IND ELECTRON 刊号 0278-0046 影响因子:5.16 2011影响因子:3.439 IEEE T POWER ELECTR 刊号 0885-8993 影响因子:4.65 2011影响因子:3.24 虽然 Industrial Electronics 影响因子总是略高,可是这个期刊自引比较严重,人为因素较大。我个人认为Trans. on Power Electronics 还是名副其实的电力电子领域最好的期刊。 另外一个很好的杂志: IET POWER ELECTRON 刊号 1755-4535 影响因子:1.621 2011影响因子:1.018 总之,在可再生能源接入和智能电网的快速发展的带动下,电力电子领域的学术研究越来越火爆。相比其他领域的顶级期刊电子电子可以说是一支独秀。比如通讯领域的Trans. on Communication 只有1.67 Wireless Communication 2.57.当然影响因子只是一个方面,但毕竟多少可以反映这个方向的现状。 希望同行,前辈,老师讨论补充。
读研阶段,了解了一些国外power方向的课程。目前我整理的一些,在此进行分享。 1. CUSP 大学联盟 http://cusp.umn.edu/ 提供了 power electronics, power systems and power machine and drive 三大课程的在线学习资料,内容详尽。在Available Courses 一栏有连接 2. PSERC (几乎包括了美国power方向最好的学校“学界联盟”)提供的一些学习资料 http://www.pserc.wisc.edu/Resources/education_resources.aspx 3. PowerLearn http://powerlearn.ee.iastate.edu/asp/default.asp Power Learn is an educational site dedicated to power engineering courseware that provides collection, quality control through peer-review, storage, and dissemination of various materials in a searchable fashion. 4. Steady-state analysis (by Dr. Jim McCalley, Iowa State U) http://home.engineering.iastate.edu/~jdm/ee553/ , 其中Course Schedule部分 http://home.eng.iastate.edu/~jdm/ee553/ee553schedule.htm 提供了该课程参考资料和扩展阅读材料。 Power system analysis(I) http://www.ee.iastate.edu/~jdm/EE456/ee456schedule.htm Power system analysis(II) http://www.ee.iastate.edu/~jdm/EE457/ee457schedule.htm 5. Power system dynamics (by Dr. Jim McCalley, Iowa State U) http://home.eng.iastate.edu/~jdm/ee554/schedule.htm 另外,Dr.McCalley教授 主页 上还有其他几门课的课程连接。 通过了解美国这些学校和老师提供的课程资料,结合我自身学习经历,还是感受到国内的课程内容和设置上几点不足:1)教师对于课程不够重视,学生年年变,教程/PPT 仍未改, 缺乏热点和最新的进展,本科阶段的授课广度不足(经常内容就限定在一本教材);2)专业课程设计缺乏灵活,近6届(我所知的)的学生几乎采用同样课程设置。当然主干的专业基础课,如电路,电力系统分析应该是保留,但给高年级的学生的专业选修课应该有一定的灵活性和时效性,结合专业的发展趋势和老师们的最新研究方向开设课程,如风能、太阳能等新能源技术,智能电网等课题。3)国内老师上课的材料一般不对外公开,很难在网上找到较好的课程资料。 PS: 如果其他同行了解更多资料,可以给我留言,我将及时补充/修改,给想学习的同学和老师多一些参考。