Cybersecurity Evaluation Methodology for Distributed Energy Resources: Industrial Demonstration

Kazutaka Matsuzaki, Naota Sawabe, Ryo Maeda, Dai Suzuki, Takahiro Matsuura, H. Hamada
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引用次数: 2

Abstract

With the widespread integration of renewable energy resources, the occurrence of electric power output control is increasing in Japan, especially for photovoltaic (PV) power plants. The practical application of smart inverters that can perform electric power output control more flexibly over the network has gradually progressed. Still, there is a remaining issue regarding how to determine the implementation method and scope of the cybersecurity evaluation for distributed energy resources (DER), including smart inverters. Therefore, we generated a set of security evaluation items, tools, and supporting environments. We validated these with academics, manufacturers, and electric power companies in realistic settings, after which we were finally able to arrange evaluation methods. In this paper, we describe how we performed the industrial demonstration experiments and what we learned through the trials.
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分布式能源网络安全评价方法:产业示范
随着可再生能源的广泛整合,日本电力输出控制的发生越来越多,尤其是光伏电站。能够在网络上更灵活地进行电力输出控制的智能逆变器的实际应用已逐步取得进展。然而,如何确定包括智能逆变器在内的分布式能源(DER)网络安全评估的实施方法和范围,仍然是一个悬而未决的问题。因此,我们生成了一组安全评估项、工具和支持环境。我们在现实环境中与学术界、制造商和电力公司进行了验证,之后我们最终能够安排评估方法。在本文中,我们描述了我们是如何进行工业示范实验的,以及我们从试验中学到了什么。
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