贝尔实验室智能电网研究重点:经济建模、网络、安全和隐私

K. Budka, Jayant G. Deshpande, J. Hobby, Young-Jin Kim, Vladmir Kolesnikov, Wonsuck Lee, T. Reddington, M. Thottan, Chris A. White, Jungin Choi, Junhee Hong, Jinho Kim, Won Ko, Y. Nam, S. Sohn
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引用次数: 35

摘要

在本文中,我们概述了电网2.0研究,这是庆元大学Gachon能源研究所(GERI)和阿尔卡特朗讯贝尔实验室之间的合作智能电网研究项目。电网2.0研究的突出特点是分布式固定和移动储能的积极作用、分布式可再生能源的积极作用以及负荷侧的主动参与。我们的重点不是储能本身,而是支持基础设施,包括通信网络、安全性和智能电网的经济性。Grid 2.0 Research将智能电网视为一个生态系统。在这方面,我们密切关注那些需要重大基础改进的部件和系统,或今天不存在的系统,因此需要创新的解决办法或更复杂的技术。为了实现一个功能良好的生态系统,确定了所设想的智能电网的关键组件和工具。这项研究工作的动机是韩国电力公司的智能电网路线图和韩国济州岛智能电网试验台,这将在介绍部分进行讨论。研究重点领域将在随后的章节中以简洁的方式解释。
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GERI - Bell Labs Smart Grid Research Focus: Economic Modeling, Networking, and Security & Privacy
In this paper, we outline the Grid 2.0 Research, a collaborative Smart Grid research program between Gachon Energy Research Institute (GERI) of Kyungwon University and Bell Labs of Alcatel-Lucent. Salient features of the Grid 2.0 Research are the active role of distributed fixed and mobile energy storage, distributed renewable energy sources, and active load-side participation. Our focus is not on the energy storage itself but rather on the supporting infrastructure including communication network, security, and economics of the Smart Grid. Grid 2.0 Research views the Smart Grid as an ecosystem. In this regard, we pay close attention to the components and systems which require significant fundamental advancement or systems which do not exist today, thus requiring innovative solutions or greater sophistication. In order to realize a functioning ecosystem, critical components and tools of the envisioned Smart Grid are identified. This research work has been motivated by the Smart Grid roadmap of KEPCO and the Jeju Island Smart Grid Test-bed of Korea which will be discussed following the introduction section. Areas of research focus will be explained in a concise manner in the subsequent sections.
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