Introduction to Electric Machines and Drives
Introduction to Electric Machines and Drives
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电机和驱动器简介
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发表时间：
2010
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通讯作者：
T. Jahns
中科院分区：
文献类型：
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作者：
D. Novotny;T. Lipo;T. Jahns
关于电机和驱动器的理论，设计和应用的特殊三天课程旋转电机原理电力电子转换器基础知识驱动器及其控制的基础知识课堂演示和动手实验会议行业严重依赖于移动系统和控制功率的能力。一个多世纪以来，电能转化为扭矩和运动一直是电机的工作范围。在过去的30年里，电力电子驱动器与电机的引入带来了新的设计机会；事实上，近年来驱动器和机器的集成度不断提高，在生产力、效率和系统性能方面产生了巨大的飞跃。在本课程中，您将向公认的机器和驱动专家学习。您将获得一个坚实的介绍，迅速扩大的领域有充分的基础，实际应用的例子，并在课堂上演示。任何新到电气旋转机器和驱动器领域的人，以及那些希望从实际实践者的实际设计的角度进行复习的人，都将通过参加这个最先进的课程而受益。如果你在以下领域工作，你会发现这门课程很有价值：•电器驱动•起重机和电梯•精密运动控制•可再生/替代能源•电动/混合动力汽车•自动驾驶汽车控制•航空航天，船舶和军用车辆网络机会作为额外的好处，本课程将在第一天的课程后提供一个小时的社交时间。这将给你留出时间与课程教师和其他与会者讨论你的兴趣。WEMPEC是一个由80多家赞助公司和组织组成的联盟，支持电机、电力电子、控制及其应用领域的竞争前研究。该联盟组织研讨会、校园技术路线图访问、学生实习和年度审查会议，以最大限度地提高学生、教师和赞助商之间的互动。Jahns的研究兴趣包括电机、驱动系统分析和控制以及电力电子模块。在产品开发和自动化系统方面担任研发人员组长。他的研究兴趣包括高精度和高性能实时控制，驱动系统设计和先进的传感器技术。从事电力电子和控制的应用，特别是替代能源系统。他在Capstone Turbine担任职务，拥有广泛的工业经验，General Kollmeyer专注于电机，电力电子和控制的学习和研究，特别是与储能和车辆相关的研究。他有……
A special three-day course on the theory, design, and application of electric machines and drives Principles of rotating electrical machines Power electronics converter basics Drives and the fundamentals of their controls In-class demonstrations and hands-on lab session Industry relies critically on the ability to move systems and control power. The conversion of electrical energy to torque and motion has been the purview of motors for more than a century. In the last 30 years, the introduction of power electronic drives with motors has led to new design opportunities; indeed, the increased integration of drives and machines in recent years has created a quantum leap in productivity, efficiency, and system performance. During this course, you will learn from recognized machines and drives experts. You will gain a solid introduction to the rapidly expanding field with well-founded fundamentals, practical application examples, and in-class demonstrations. Anyone new to the field of electrical rotating machines and drives and those desiring a refresher from the perspective of actual designs from actual practitioners will benefit by attending this state-of-the-art course. You will find this course valuable if you work in the fields of: • Appliance drives • Cranes and elevators • Precision motion control • Renewable/alternative energy • Electric/hybrid-electric vehicles • Autonomous vehicle control • Aerospace, marine, and military vehicles Networking Opportunity As an additional benefit, this course will feature a social hour following class on the first day. This will allow time to discuss your interests with the course faculty and other attendees. WEMPEC is a consortium, of more than 80 sponsoring companies and organizations, that supports pre-competitive research in the fields of electric machines, power electronics, controls, and their applications. The consortium organizes seminars, campus technology roadmapping visits, student internships, and an annual review meeting to maximize interaction between students, faculty, and sponsors. Jahns has research interests in electric machines, drive system analysis and control, and power electronic modules. was R&D staff group leader in product development and automation systems. His research interests include high-precision and high-performance real-time controls, drive system design, and advanced sensor technologies. is involved in the application of power electronics and controls, particularly for alternative energy systems. He has had a wide range of industrial experience with positions at Capstone Turbine, General Kollmeyer has focused his studies and research on electric machines, power electronics and controls, specifically as related to energy storage and vehicles. He has …