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Keynote address: Developing a testbed for the smart grid

机译:主题演讲:开发智能电网的测试平网

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Changes taking place in one of the largest and most complex cyber-physical systems out there, the Electric Power Grid are posing interesting challenges. Legacy systems utilizing ancient technology are coupled with cutting-edge implementations for the new smart grid. Smart Metering, Smart Sensors like Phasor Measurement Units, Pluggable Hybrids, Renewable Energy Resources, and increasing interaction between the consumers and the suppliers of the electricity are examples of the evolutions that are posing challenges. With the world rapidly progressing towards a smarter grid, those challenges must be overcome and done so in a manner that provides confidence in their deployment. This talk will examine some of the above challenges in this space and how effective solutions that address those challenges are being designed and evaluated through a testbed as part of the DOE/DHS sponsored Trustworthy Cyber Infrastructure for the Power Grid (TCIPG) Center. Material covered will include setting up the testbed, various hardware and software utilized, unique issues presented, experiences, and lessons learned. The talk will conclude by providing some open issues and suggestions for future direction of research.
机译:在那里的最大和最复杂的网络物理系统之一进行发生变化,电力电网具有很有趣的挑战。利用古代技术的传统系统与新智能电网的尖端实现相结合。智能计量,智能传感器,如Phasor测量单位,可插拔的混合动力车,可再生能源资源以及消费者和电力供应商的越来越多的互动,是构成挑战的演变的示例。随着世界迅速进入更聪明的网格,必须以克服这些挑战,并以一种对部署提供信心的方式完成。此谈话将在此空间中审查一些上述挑战以及如何通过试验台来设计和评估解决这些挑战的有效解决方案,作为DOE / DHS的一部分,这是电网(TCIPG)中心的支持值得信赖的网络基础架构。所涵盖的材料将包括建立所使用的测试用,各种硬件和软件,所呈现的独特问题,经验和经验教训。谈话将通过为未来的研究方向提供一些公开问题和建议来结束。

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