Hierarchy architecture security design for energy cloud

Yoon-Kee Hong, Hong-soon Nam, Seok-jin Lee, Taehyung Kim, Youn-Kwae Jeong
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Abstract

Recently, the researches utilizing environmentally friendly new and renewable energy and various methods have been actively pursued to solve environmental and energy problems. The trend of the technology is converged with the latest ICT technology and expanded to the cloud of share and two-way system. In the center of this tide of change, new technologies such as IoT, Big Data and AI are sustaining to energy technology. Now, the cloud concept which is a universal form in IT field will be converged with energy field to develop Energy Cloud, manage zero energy towns and develop into social infrastructure supporting smart city. With the development of social infrastructure, it is very important as a security facility. In this paper, it is discussed the concept and the configuration of the Energy Cloud, and present a basic design method of the Energy Cloud's security that can examine and respond to the risk factors of information security in the Energy Cloud.
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能源云的层次结构安全设计
近年来,利用环境友好型新能源和可再生能源以及各种方法解决环境和能源问题的研究一直在积极进行。该技术的发展趋势是与最新的ICT技术融合,向共享和双向系统的云扩展。在这场变革的浪潮中,物联网、大数据和人工智能等新技术正在推动能源技术的发展。如今,云概念作为IT领域的通用形态,将与能源领域融合,发展能源云,管理零能耗城镇,发展成为支撑智慧城市的社会基础设施。随着社会基础设施的发展,它作为一种安全设施显得尤为重要。本文讨论了能源云的概念和配置,提出了一种能够检测和响应能源云信息安全风险因素的能源云安全基本设计方法。
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