家庭能源管理系统概述

C. Ţigănaşu, George Cercel, C. Nemeş
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引用次数: 0

摘要

摘要:本文重点研究了基于符合条件的电器分类的住宅小区柔性负荷建模。因此,为了更高效地利用光伏能源,传统的负荷管理方法被引入到住宅领域,以保证需求负荷与光伏发电的最优平衡。家庭能源管理系统的概念是由消费者采取的行动,它是需求负荷管理概念的一部分。在实现该算法的过程中,最重要的是对电器进行分类。利用Matlab仿真,本文已经生成了一个基于特定住宅区域的电器清单的用电负荷分布图。根据生成的负荷剖面图,在文中已提取出几张图,显示了设备支持和不支持的功率变化运行方案。在此之前,已经对这些电器进行了分类,分类中最重要的考虑因素是对用户舒适度的影响最小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Overview of the Home Energy Management System
Abstract This paper focuses on modelling of the flexible loads of a residential area, based on a classification of eligible appliances. Thus, in order to use the photovoltaic energy with a higher efficiency, the methods of traditional load management are involved in residential sector in order to ensure an optimal balance between demanded load and photovoltaic generated power. The concept of Home Energy Management System is an action taken by the consumer and it is part of the concept for Demand Load Management. The most important thing in implementation of this algorithm is to perform a classification of the electrical appliances. Using the Matlab simulation, in this paper has been generated a consumption load profile based on a list of appliances specific to residential area. Based on generated load profile, in the paper has been extracted in several graphs, the power of the equipment that supports and does not support changes in the operating program. Previously, a classification of these appliances has been conducted, the most important aspect taken into account in their classification being the minimum impact on the user’s comfort.
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