突破障碍:高速电机实心转子技术网络研讨会预告

网络研讨会概览

了解实心转子技术如何通过扩展其功能并消除对变速箱的需求来彻底改变标准感应电动机的性能。在本次会议中,我们将探讨低压解决方案如何实现 500 至 2,000 kW 的功率输出,以及最新的中压解决方案如何为要求苛刻的应用提供超过 2 MW 的功率。

了解创新鼠笼式实心转子设计的优势,该设计可提供更高的圆周速度,从而实现更紧凑的电机设计,并提高转子动态性能,即使使用更大的叶轮也是如此。我们还将讨论斯维奇如何准备探索要求更高的应用,在这些应用中,该技术克服了材料兼容性和电机部件恶劣环境方面的挑战。斯维奇正在突破电机技术的界限。

主要学习目标:

  • 探索无齿轮箱的直驱解决方案:了解实心转子技术如何实现高效可靠的直驱无齿轮解决方案的开发,从而无需复杂的机械系统。
  • 确定理想的应用:探索可以通过采用全电动实心转子技术来提高性能和可靠性的应用和行业。
  • 协作定制:了​​解我们致力于与专注于批量生产的客户合作。我们专注于定制功率范围内的主动零部件和高速设备,确保提供满足特定运营需求的最佳解决方案。

谁应当参加: 

  • 研发人员
  • 设计院相关人员
  • 工程师
  • 采购人员
  • 市场、销售及业务开发人员

我们的发言人

Product Manager, Solid Rotor Machines

Panu Hava

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Panu Hava currently works as Product Manager, solid-rotor machines at The Switch. He has over a decade of experience in product development of electric machines, including industrial induction and synchronous machines as well as high-speed induction machines. Today, his main responsibilities are technical sales support for new tailored products and leading product development of high-speed electric machines. Hava holds a M.Sc. (Tech.) in Mechanical Engineering from Lappeenranta University of Technology.

Senior Specialist, Thermal Design

Jonna Tiainen

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Jonna Tiainen currently works as Senior Thermal Design Specialist at The Switch, Finland. She has a background in turbomachinery and over a decade of experience in Computational Fluid Dynamics, measurements, project management and teaching. Tiainen holds a D.Sc. (Tech.) degree in heat transfer and fluid dynamics from the LUT University, Finland.