基于时空架构的电力市场交易信息安全模型及安全防护策略研究
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摘要
电力市场化改革推动着我国电力行业的有序发展。此间电力市场交易系统安全尤为重要,因为其直接关系着社会经济与日常生活。因此,研究电力市场交易及其信息安全性问题,在电力市场化的环境下具有实际意义。本文首先结合电力市场交易体系中多个层面宏观及微观环境的分析,研究了复杂信息流向及其在时、空间上的差异特性,继而建立了基于时空架构的电力市场交易安全模型,并基于该模型,提出了适用于二次系统电能交易环境下的信息安全管理及防护的有效策略。
The reform of power marketization is promoting the orderly development of power industry in China. In this period the security of electricity market trading system is extremely important, because it is directly associated with the social economy and daily life. Therefore, the study on electricity market trade and its information security issues is of practical importance in the background of electricity marketization. In this paper, combining with the analysis of macro and micro environment in the trading system of power market, the complex information flow and its discrepancy in timespace dimensions were studied. Then the electricity market trade security model basing the time-space framework was established. Basing on this model, the information security management and effective protection strategy which is applicable for the secondary system was proposed.
The reform of power marketization is promoting the orderly development of power industry in China. In this period the security of electricity market trading system is extremely important, because it is directly associated with the social economy and daily life. Therefore, the study on electricity market trade and its information security issues is of practical importance in the background of electricity marketization. In this paper, combining with the analysis of macro and micro environment in the trading system of power market, the complex information flow and its discrepancy in timespace dimensions were studied. Then the electricity market trade security model basing the time-space framework was established. Basing on this model, the information security management and effective protection strategy which is applicable for the secondary system was proposed.
引文
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[2]夏清,白杨,钟海旺等.中国推广大用户直购电交易的制度设计与建议[J].电力系统自动化,2013,37(20):1-7.
[3]尹竹岩.电力市场运营系统安全访问控制模型的研究[D].北京:华北电力大学,2016.
[4]CELIA LI,CUNGANG YANG,TODD MANDER,RICHARD CHEUNG.Advanced Security Model for Power System Computer Networks[J].Power Engineering Society General Meeting,2005,(6):1115-1122.
[5]刘洋.北京市电力公司电力市场营销策略研究[D].北京:华北电力大学,2010,6.
[6]张保会,王立永,谭伦农等.市场环境下电力系统安全可靠性措施的经济当量[J].中国电机工程学报,2005,(3):41-46.
[7]许小虎,邹毅.碳交易机制对电力行业影响分析[J].生态经济,2016,32(3):92-96.
[8]尚金成,黄永皓,黄勇前等.电力市场技术支持系统网络信息安全技术与解决方案[J].电力系统自动化,2003,27(9):15-19.
[9]吴政球,叶世顺,匡文凯.电力市场环境下的可靠性电价与可靠性交易[J].电网技术,2006,4(30):74-77.
[10]余小晴,程翠,张德亮等.广西电力市场交易系统的安全策略实现与应用[J].广西电力,2017,40(2):5-10.
[11]孙涵彦.基于时-空模型的电力市场交易信息安全策略[D].上海:上海交通大学硕士学位论文,2004.
[12]张竞,肖先勇.基于XML的电能质量标准数据共享模型及跨平台数据交换[J].电力自动化设备,2007,27(12):88-92.
[13]G?RAN N.ERICSSON.Toward a Framework for Managing Information Security for an Electric Power Utility-CIGRéExperiences[J].IEEE transactions on power delivery,2007,22(3):1461-1469.
[14]周飞,王向斌.实用化量子通信技术[J].信息安全研究,2017,3(1):80-85.
[15]余立人,斯艳.电网企业网络信息安全现状与改进措施[J].网络安全技术与应用,2015,(10):74-75.