Panel: What does the power industry need from the EDA industry and what is the EDA industry doing about it?

P. Wright
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Abstract

Until recently the electrical power industry has relied solely on traditional technologies — copper and iron as cables, transformers and machines as the mainstream solution for the generation, transmission and distribution of power. Whilst use of these materials and technologies is here to stay, improvements in power semiconductor technology mean that the industry is moving into a position where more and faster control of power systems can be achieved. This high level control requires a sensing and communication infrastructure to be put in place across the network. At the same time, the use of electricity in the home, through the potential of real time consumer pricing requires new technologies. This panel session aims to pull together heavy current electrical power engineers and light current electronic engineers to form a discussion and debate about the future role of EDA in applications which are being brought about by changes in the functioning of the power industry. Power engineers from both industry and academia will stimulate the discussion with requirements both from a system perspective and consumer perspective. The representatives from the EDA side will respond with what contributions they believe EDA can make, what already exists or is a simple development problem and what research issues remain in achieving these goals. In summary, this panel aims to provide motivation for the EDA industry to work on useful technology that can be applied to heavy power systems with a view to improving global energy efficiency.
专题讨论:电力行业对EDA行业的需求是什么? EDA行业正在为此做些什么?
直到最近,电力工业一直完全依赖传统技术——铜和铁作为电缆,变压器和机器作为发电、输电和配电的主流解决方案。虽然这些材料和技术的使用将继续存在,但功率半导体技术的改进意味着该行业正在进入一个可以实现更多和更快控制电力系统的位置。这种高层次的控制需要在整个网络中建立传感和通信基础设施。同时,在家庭用电中,通过潜在的消费者实时定价需要新的技术。这个小组会议的目的是把大电流电力工程师和轻电流电子工程师聚集在一起,就EDA在电力工业运作变化所带来的应用中的未来角色进行讨论和辩论。来自工业界和学术界的电力工程师将从系统角度和消费者角度激发需求的讨论。EDA方面的代表将回答他们认为EDA可以做出哪些贡献,哪些已经存在或只是一个简单的开发问题,以及在实现这些目标方面还需要哪些研究问题。总而言之,本次研讨会旨在为EDA行业提供动力,以开发可应用于重型电力系统的有用技术,以提高全球能源效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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