到2050年,信息通信技术对泛欧电力系统的影响

A. Alikhanzadeh, C. Saunders, I. Pisica, P. Ashton, G. Taylor
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引用次数: 0

摘要

本文描述了到2050年,信息通信技术对泛欧电力系统未来发展的影响。在最先进的信息通信技术的支持下,更多的创新电力交付对于低碳和更广泛集成的电力系统的未来发展至关重要。最具物理量化的ICT组件:存储、带宽和计算能力,以及适当的定性ICT目标,如弹性、维护、隐私和网络安全以及互操作性。相关的ICT基础设施被分类,这些基础设施被映射到电力系统领域,以说明它们的相互作用和领域相关性。最后,为了考虑ICT基础设施在未来情景中的作用,量化了ICT可以为未来电力系统带来的一系列潜在效益,并对特定情景下实施ICT基础设施的成本和通过ICT实现的效益进行了比较。
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Impacts of ICT on the pan-European power system up to the 2050 time horizon
This paper describes the impact of ICT on the future development of pan-European power systems up to the 2050 time horizon. More innovative power delivery, supported by state-of-the-art ICT, is essential for the future development of low-carbon and more extensively integrated power systems. The most physically quantifiable ICT components: storage, bandwidth, and computational power are introduced alongside the appropriate qualitative ICT objectives of resilience, maintenance, privacy and cyber security, and interoperability. Relevant ICT infrastructures are classified and these infrastructures are mapped to the power system domains in order to illustrate their interactions and domain relevance. Finally, in order to consider the role of ICT infrastructure in future scenarios, a range of potential benefits that ICT can bring into future power systems are quantified, and the costs of implementing ICT infrastructures and benefits enabled through ICT are compared for a specific scenario.
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