智能直流微电网运行中的网络安全

Xingsi Zhong, Lu Yu, Richard R. Brooks, G. Venayagamoorthy
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引用次数: 37

摘要

微电网是具有模块化分布式能源和可控负荷的低压配电网。直流微电网避免了直流到交流和交流到直流的转换,最大限度地减少了输配电损失。动态能源管理系统提高了可再生能源的利用率,并确保对关键负荷的不间断供电。与传统输配电电网一样,交直流微电网也容易受到网络攻击。为了利用直流微电网的前景和潜力,需要进一步研究网络安全。本文讨论了直流微电网的安全漏洞及解决方案。
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Cyber security in smart DC microgrid operations
Microgrids are low voltage electric distribution grids with modular distributed energy sources and controllable loads. The DC microgrids avoid DC to AC and AC to DC conversion and minimize transmission and distribution losses. Dynamic energy management systems enhance utilization of renewable energy sources and ensure uninterrupted supply of power to critical loads. Like the traditional transmission and distribution grid, AC and DC microgrids are vulnerable to cyber attacks. Further research is required on the cyber security to leverage the promises and potentials of DC microgrids. This paper discusses security vulnerabilities and some solutions for DC microgrids.
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