{"title":"面向未来智能电网信息安全的共享服务流程","authors":"Asiye Öztürk","doi":"10.7763/ijet.2023.v15.1224","DOIUrl":null,"url":null,"abstract":"With the structural change in the electrical energy supply, supply-related processes and procedures are increasingly being modified. Due to the gradual decentralization of electrical energy generation and the network expansion required for this, new requirements are being placed on the electrotechnical processes and the information and communication technology processes. A currently promising concept for solving these challenges in favor of transmission operators and distribution system operators is the integration of a so-called virtual power plant. Virtual power plants act as an integral part of the future electrical supply system between the critical infrastructure and the distribution network operators as well as transmission system operators in the field of remote monitoring and remote control of decentralized energy generation systems. With the classification of a virtual power plant as a critical infrastructure, the importance of these entities as an active member of the German electrical energy system in the interest of compliance with electrical and information technology security is explicitly emphasized. As a critical infrastructure, virtual power plants are committed to achieving a minimum level of information security. Chapter 6.1.3 of DIN EN ISO/IEC TR 27019:2020 recommends that virtual power plants maintain contacts with certain Computer Emergency Response Team organizations. However, it turns out that there is currently no organizational model for a computer emergency response team that focuses on virtual power plants in targeting its target group. Thus, the main goal of the present elaboration is the completion of a scientifically based approach, which deals with the efficiency of a possible solution to the problem of designing integrative security processes for the provision of Computer Emergency Response Team services, which is growing out of practical relevance to be solved in virtual power plants. The assumption here is that there is a need for research at this point about the challenges of the energy transition that have not yet been clearly presented.","PeriodicalId":14142,"journal":{"name":"International journal of engineering and technology","volume":"35 1","pages":""},"PeriodicalIF":0.0000,"publicationDate":"2023-08-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Shared Service Processes for the Information Security in the Smart Grid of the Future\",\"authors\":\"Asiye Öztürk\",\"doi\":\"10.7763/ijet.2023.v15.1224\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"With the structural change in the electrical energy supply, supply-related processes and procedures are increasingly being modified. Due to the gradual decentralization of electrical energy generation and the network expansion required for this, new requirements are being placed on the electrotechnical processes and the information and communication technology processes. A currently promising concept for solving these challenges in favor of transmission operators and distribution system operators is the integration of a so-called virtual power plant. Virtual power plants act as an integral part of the future electrical supply system between the critical infrastructure and the distribution network operators as well as transmission system operators in the field of remote monitoring and remote control of decentralized energy generation systems. With the classification of a virtual power plant as a critical infrastructure, the importance of these entities as an active member of the German electrical energy system in the interest of compliance with electrical and information technology security is explicitly emphasized. As a critical infrastructure, virtual power plants are committed to achieving a minimum level of information security. Chapter 6.1.3 of DIN EN ISO/IEC TR 27019:2020 recommends that virtual power plants maintain contacts with certain Computer Emergency Response Team organizations. However, it turns out that there is currently no organizational model for a computer emergency response team that focuses on virtual power plants in targeting its target group. Thus, the main goal of the present elaboration is the completion of a scientifically based approach, which deals with the efficiency of a possible solution to the problem of designing integrative security processes for the provision of Computer Emergency Response Team services, which is growing out of practical relevance to be solved in virtual power plants. 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引用次数: 0
摘要
随着电力供应结构的变化,与供应有关的流程和程序也在不断修改。由于电力生产的逐渐分散和为此所需的网络扩大,对电工工艺和信息和通信技术工艺提出了新的要求。为了解决这些挑战,目前有一个有利于输电运营商和配电系统运营商的有前途的概念是所谓的虚拟发电厂的整合。在分布式发电系统的远程监控和远程控制领域,虚拟电厂是关键基础设施与配电网运营商以及输电系统运营商之间未来电力供应系统的重要组成部分。随着虚拟电厂作为关键基础设施的分类,这些实体作为德国电力能源系统中符合电气和信息技术安全利益的积极成员的重要性得到明确强调。作为关键的基础设施,虚拟电厂致力于实现最低水平的信息安全。DIN EN ISO/IEC TR 27019:2020第6.1.3章建议虚拟发电厂与某些计算机应急响应小组组织保持联系。然而,事实证明,目前还没有一个计算机应急响应小组的组织模式,以虚拟电厂为重点,针对其目标群体。因此,目前阐述的主要目标是完成一种以科学为基础的方法,该方法涉及为提供计算机应急小组服务而设计综合安全流程的问题的可能解决办法的效率,这一问题正在脱离虚拟发电厂解决的实际意义。这里的假设是,在这一点上,有必要对尚未明确提出的能源转型挑战进行研究。
Shared Service Processes for the Information Security in the Smart Grid of the Future
With the structural change in the electrical energy supply, supply-related processes and procedures are increasingly being modified. Due to the gradual decentralization of electrical energy generation and the network expansion required for this, new requirements are being placed on the electrotechnical processes and the information and communication technology processes. A currently promising concept for solving these challenges in favor of transmission operators and distribution system operators is the integration of a so-called virtual power plant. Virtual power plants act as an integral part of the future electrical supply system between the critical infrastructure and the distribution network operators as well as transmission system operators in the field of remote monitoring and remote control of decentralized energy generation systems. With the classification of a virtual power plant as a critical infrastructure, the importance of these entities as an active member of the German electrical energy system in the interest of compliance with electrical and information technology security is explicitly emphasized. As a critical infrastructure, virtual power plants are committed to achieving a minimum level of information security. Chapter 6.1.3 of DIN EN ISO/IEC TR 27019:2020 recommends that virtual power plants maintain contacts with certain Computer Emergency Response Team organizations. However, it turns out that there is currently no organizational model for a computer emergency response team that focuses on virtual power plants in targeting its target group. Thus, the main goal of the present elaboration is the completion of a scientifically based approach, which deals with the efficiency of a possible solution to the problem of designing integrative security processes for the provision of Computer Emergency Response Team services, which is growing out of practical relevance to be solved in virtual power plants. The assumption here is that there is a need for research at this point about the challenges of the energy transition that have not yet been clearly presented.