Evaluation of cooperative demand control system on micro grid

G. Mine, T. Handa, T. Tachikawa, Yuji Watanabe, J. Ichimura, H. Nishi
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引用次数: 4

Abstract

KNIVES (Keio University Network oriented Intelligent and Versatile Energy saving System) is an IT based supply and demand side management system that supports distributed and cooperative power control. In this study, KNIVES is constructed on a real experimental facility of microgrid. The facility includes some distributed power generator and controllable/uncontrollable loads. It is also connected with general power grid. Therefore, it can introduce the electric power from the power grid when the power supply is insufficient. An experiment of demand control was achieved in this facility and the affectivity of KNIVES was confirmed. In this experiment, error ratio of demand balancing with distributed and cooperative demand controls were evaluated and compared with that without the demand control.
微网协同需求控制系统评价
刀具(面向庆应义塾大学网络的智能和多功能节能系统)是一个基于IT的供需侧管理系统,支持分布式和协作电力控制。在本研究中,刀子是在一个真实的微电网实验设施上构建的。该设施包括一些分布式发电机和可控/不可控负载。它也与一般电网相连。因此,它可以在电力供应不足时从电网引入电力。在该设备上进行了需求控制实验,验证了刀具控制的有效性。在本实验中,评估了分布式需求控制和协同需求控制下的需求平衡的错误率,并与不进行需求控制时的错误率进行了比较。
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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