Leveraging energy & information infrastructures

A. Majumdar
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Abstract

Summary form only given. Access to affordable and reliable energy has been a cornerstone of the world's increasing prosperity and economic growth since the beginning of the industrial revolution about 250 years ago. Since then we have built our energy infrastructure worth several Trillions of dollars, which is an icon of any modern economy. More recently, we have been and will continue to build the infrastructure for communication and computing. However, the energy and information infrastructures are largely separate, ie they really have not been leveraged. In this talk, I will discuss one of several leveraging opportunities. Our grid architecture is about 100 years old, and is a legacy of the innovations Tesla, Edison and their industrial partners introduced. The architecture is based on centralized generation, a transmission system and a distribution network, with one-way electrical power flow. However, solar and wind electricity could easily become the cheapest way to produce electricity within this decade, battery storage will become cheaper as well, and network communication is widely available. None of these features were available 100 years ago. This techno-economic convergence will introduce two significant transitions for our grid - one that will require a layer of communication, computation and control to manage the grid, and the second that will combine centralized and distributed generation and storage. This talk will outline some of the opportunities and challenges in this transition.
利用能源和信息基础设施
只提供摘要形式。自大约250年前的工业革命开始以来,获得负担得起的可靠能源一直是世界日益繁荣和经济增长的基石。从那时起,我们已经建造了价值数万亿美元的能源基础设施,这是任何现代经济的标志。最近,我们一直在并将继续为通信和计算建立基础设施。然而,能源和信息基础设施在很大程度上是分开的,即它们实际上没有被杠杆化。在这次演讲中,我将讨论几个利用机会中的一个。我们的电网架构大约有100年的历史,是特斯拉、爱迪生和他们的工业合作伙伴引入的创新的遗产。该体系结构以集中发电、输电系统和配电网络为基础,采用单向潮流。然而,在这十年内,太阳能和风能很容易成为最便宜的发电方式,电池存储也会变得更便宜,网络通信也会广泛使用。这些功能在100年前都不具备。这种技术与经济的融合将为我们的电网带来两个重要的转变——一个是需要一层通信、计算和控制来管理电网,另一个是将集中式和分布式发电和存储结合起来。这次演讲将概述这一转变中的一些机遇和挑战。
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