Decision making model of energy consumption based on multi uncertain factors

C. Liang
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Abstract

An energy consumption decision model method based on multi-factor agent fuzzy game compromise is proposed in this article, to promote availability of energy consumption decisions. First, we give the fuzzy decision model for energy system based on multi-agent methods, in which fuzzy decision agent is the core of whole alliance, we are able to get the energy demands information of users from user layer agent, and the energy supply conditions and energy supply availability inside the alliance from energy consumption layer agent; secondly, we give a fuzzy game compromise weight decision method to build a relation matrix based on fuzzy evaluation, and propose an assessment methods for grey Euclid model; and lastly, by simulation experiment, we verify the availability of energy consumption decision model based on the proposed multi-factor agent fuzzy game compromise.
基于多不确定因素的能源消费决策模型
为了提高能源消费决策的可得性,提出了一种基于多因素智能体模糊博弈妥协的能源消费决策模型方法。首先,提出了基于多智能体方法的能源系统模糊决策模型,其中模糊决策体是整个联盟的核心,能够从用户层智能体获取用户的能源需求信息,从能源消耗层智能体获取联盟内部的能源供应状况和能源供应可用性;其次,提出了一种基于模糊评价的模糊博弈妥协权决策方法,建立了关联矩阵,并提出了灰色欧几里得模型的评价方法;最后,通过仿真实验验证了基于多因素智能体模糊博弈妥协的能耗决策模型的有效性。
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