Agent-based analysis of dynamic access ranges to the distribution network

S. Mathieu, D. Ernst, B. Cornélusse
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引用次数: 7

Abstract

There is a need to clearly state an interaction model that formalizes interactions between actors of the distribution system exchanging flexibility. In previous works we quantitatively evaluated the performance of five interaction models devised with industrial partners using the agent-based testbed DSIMA. Simulation results showed that these interaction models relying on active network management suffer from a lack of coordination between the distribution and the transmission system operator, activating flexibility simultaneously in opposite directions. This paper introduces a new interaction model fixing this issue based on dynamic access bounds to the network changing throughout the day and preventing the activation of flexibility leading to congestions. This new interaction model is implemented in DSIMA and compared to a model restricting the grid users to a very restrictive but safe access range. Results show that this new model allows to safely increase by 55 % the amount of distributed generation in the network.
基于agent的配电网动态访问范围分析
有必要清楚地说明一个交互模型,使分配系统中交换灵活性的参与者之间的交互形式化。在之前的工作中,我们使用基于代理的测试平台DSIMA定量评估了与工业合作伙伴设计的五个交互模型的性能。仿真结果表明,这些依赖于主动网络管理的交互模型存在配电网和输电网运营商之间缺乏协调的问题,在相反方向上同时激活灵活性。本文引入了一种新的交互模型,该模型基于网络的动态访问边界在一天中不断变化,并防止了灵活性的激活导致拥塞。这种新的交互模型在DSIMA中实现,并与将网格用户限制在一个非常严格但安全的访问范围内的模型进行了比较。结果表明,该模型可使网络中的分布式发电量安全增加55%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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