智能电网的动态管理与控制

S. Wald, E. Kotsakis, A. Langner, M. Masera
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引用次数: 0

摘要

提出了一种智能电网实时管理与控制的新方法。它充分利用了所有利益攸关方之间多向沟通的好处,以便在紧急情况下定期提供有效的行动。拟议方法的独特之处在于,一项政策所施加的技术经济要求和环境/社会限制在任何时候都得到保留,而不需要人为的、公开的或隐藏的经济补贴或其他奖励。智能电网动态管理和控制(McSEG)方法考虑了政策优先级和可能影响政策的参数,并制定了精确的指标,可用于以透明的方式评估合规情况。电网管理决策是根据政策制定者和监管机构设定的优先级动态做出的。该方法实现了电网中采用不同技术的分布式能源服务供应商之间的互操作。这样,竞争才能以透明和公平的方式进行。
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McSeg - Dynamic Management and Control of Smart Energy Grids
A new methodology for real-time management and control of smart grids is proposed. It exploits the full benefit of a multi-directional communication between all stakeholders in order to regularly provide efficient operations in case of emergency. The unique feature of the proposed methodology is that the techno-economic demands imposed by a policy and the environmental/social constrains are preserved at all times without the need for artificial, disclosed or hidden economic subsidies or other incentives. The Dynamic Management and Control of Smart Energy Grids (McSEG) approach takes into consideration the policy priorities and the parameters that could potentially affect the policy and formulate precise indicators that could be used to evaluate compliance in a transparent way. The grid-management decisions are taken dynamically based on the priorities set by the policy makers and the regulators. The method enables the interoperability between distributed energy service suppliers in the electricity grid with different technologies. In this way the competition could be realised in a transparent and fairmanner.
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