集成住宅智能电网系统,增强电池的能量管理

Sarab Swide, Ali Marhoon
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引用次数: 0

摘要

在家庭能源管理系统(hms)的帮助下,住宅消费者可以有效地参与需求响应计划。为了降低用电成本,专门控制家用电器的传统hms尚未考虑天然气、石油、煤炭和铀设备的最佳调度。在将实际价格与预测价格进行比较后,对智能家居的相关需求响应(DR)进行调整,以减少预测与实际需求之间的差异。Nordpool获得的数据和公开的能源信息已被用于测试关于价格需求预测和DR管理的拟议策略。其功能是降低家庭的能源成本,减少因移动、削减和更换负荷而随时间变化的价格所带来的不满。具有准确数据的案例研究表明,所建议的策略可以在保持客户满意度的同时,实现高达85%的投资回报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An integrated residence smart grid system with enhanced energy management for batteries
Residential consumers can efficiently engage in demand response programs with the help of home energy management systems (HEMSs). The best scheduling of gas, oil, coal, and uranium appliances has yet to be considered by traditional HEMSs, which exclusively control domestic electric devices to lower the cost of electricity usage. The associated demand response (DR) for smart homes is then adjusted to lessen the difference between predicted and actual demand after comparing the actual price to this forecast. Data acquired by Nordpool and publicly available energy information have been used to test the proposed strategy about price demand forecast and DR management. The function is to reduce energy costs for the home and the dissatisfaction brought on by moving, cutting, and replacing loads by changing prices over time. Case studies with accurate data show that the suggested strategy can return on investment bills by up to 85% while maintaining their satisfaction.
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