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A Market-Based Resilient Power Management Technique for Distribution Systems with Multiple Microgrids Using a Multi-Agent System Approach

机译：使用多代理系统方法的基于市场的多微电网配电系统弹性电源管理技术

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摘要

In this paper, we present a market-based resilient power management procedure for electrical distribution systems consisting of multiple cooperative MiroGrids (MGs). Distributed optimization is used to find the optimal resource allocation for the multiple MG system, while maintaining the local and global constraints, including keeping the voltage levels of the micro-sources within bounds. The proposed method is based on probabilistic reasoning in order to consider the uncertainty of the decision model in preparation for expected extreme events and in case of unit failure, to improve the resiliency of the system. Basically, the power management problem formulation is a multiobjective optimization problem, which is solved using the concept of Nash Bargaining Solution (NBS). The simulation results show that the proposed method is able to improve the resiliency of the system and prepare it for extreme events and unit failure, by increasing power reserve and modifying the operating point of the system to maintain voltage and power constraints across the MGs.
机译：在本文中，我们提出了一种基于市场的弹性配电系统，用于由多个协作MiroGrid（MG）组成的配电系统。分布式优化用于查找多个MG系统的最佳资源分配，同时保持局部和全局约束，包括将微源的电压电平保持在范围内。所提出的方法基于概率推理，以考虑决策模型的不确定性，以准备预期的极端事件和单元故障的情况，从而提高系统的弹性。基本上，电源管理问题的表述是一个多目标优化问题，可以使用纳什讨价还价解决方案（NBS）的概念来解决。仿真结果表明，通过增加功率储备并修改系统的工作点以维持MG上的电压和功率约束，所提出的方法能够提高系统的弹性，并为极端事件和单元故障做好准备。

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