Intelligent System for Monitoring and Controlling the Energy Consumed

Cosmin–George Nicolăescu, F. Enescu, N. Bizon, Ana-Maria Ţugulea, V. Ionescu
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Abstract

In the paper, a fuzzy logic-based system has been proposed representing an innovative solution for monitoring and controlling the consumption of electrical energy in houses or workspaces. Fuzzy logic is differentiated from Boolean logic by the fact that it is based on the imprecise decisions of people, so the truth values of the variables can be any real number between 0 and 1, where zero is considered the smallest form of truth, and one represents the state with the highest degree of truth allowed. The use of fuzzy logic allows automatic identification of consumption needs and available resources, allowing automatic adjustment of electricity consumption. This solution represents a way to make energy processes more efficient in order to reduce the costs of energy bills and carbon emissions, by using green energy. The implementation of this solution can contribute to the development of smart and ecological homes, and the use of fuzzy logic can improve energy efficiency, lower costs and reduce energy losses.
智能能耗监控系统
本文提出了一种基于模糊逻辑的系统,代表了一种创新的解决方案,用于监测和控制家庭或工作空间的电能消耗。模糊逻辑与布尔逻辑的区别在于,它基于人的不精确决策,因此变量的真值可以是0到1之间的任何实数,其中0被认为是最小的真值形式,1代表允许的最高真值程度的状态。使用模糊逻辑可以自动识别消费需求和可用资源,允许自动调整用电量。这个解决方案代表了一种通过使用绿色能源,使能源过程更有效,从而降低能源账单和碳排放成本的方法。该解决方案的实施可以促进智能生态家居的发展,模糊逻辑的使用可以提高能源效率,降低成本,减少能源损失。
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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