Nanotechnology – Disruptive Technologies for Electric Utility Systems. Challenges and Opportunities.

J. Stringer, R. H. Richman
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Abstract

Within the next 25 years, the electric power utility system in the U.S. will face a number of serious challenges. These will include issues related to diminishing supplies and increased costs of fossil fuels, the demands for a reduction in the emissions of greenhouse gases, an increasing requirement for distributed generation and its integration into the grid system; and an increased demand for “digital quality power”. Digital devices are highly sensitive to the slightest fluctuations in power supplies, and it is expected that 30% or more of the demand in 2025 will be for power capable of meeting this requirement. Nanotechnology offers possible solutions to these challenges; and some of these are discussed here. While some of these developments are evolutionary in character, based on the improvement of technologies that are currently in research and early development, the magnitude of the problems suggest a need for what have been called “disruptive technologies” and these are also discussed here.
纳米技术。电力公用系统的颠覆性技术。挑战与机遇。
在未来的25年里,美国的电力公用事业系统将面临一系列严峻的挑战。这些问题将包括与矿物燃料供应减少和成本增加有关的问题、减少温室气体排放的要求、对分布式发电和将其纳入电网系统的日益增加的要求;对“数字品质电源”的需求也在增加。数字设备对电源的微小波动高度敏感,预计到2025年,30%或更多的需求将是能够满足这一要求的电源。纳米技术为这些挑战提供了可能的解决方案;这里讨论了其中的一些。虽然其中一些发展在性质上是渐进式的,基于目前正在研究和早期开发的技术的改进,但问题的严重性表明需要所谓的“破坏性技术”,这些也在这里讨论。
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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