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Design of a Home Energy Management System by Online Neural Networks

机译:在线神经网络设计家庭能源管理系统

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In this paper the design and test of a home energy management system have been considered. The device, monitoring home loads, detecting and forecasting photovoltaic (PV) power production and home consumptions, informs and influence users behaviour on their energy demand. A neural network based self-learning prediction algorithm is used to forecast the power production of the PV plant and the household consumptions over a determined time horizon. A semi auto active demand side management technique is used to maximize the amount of PV electricity directly used on-site. The proposed solution has been experimentally tested in 3 houses with 3.3 KWp PV plant.
机译:本文已经考虑了家庭能源管理系统的设计和测试。该设备,监控家庭负荷,检测和预测光伏(PV)电力生产和家庭消费,通知和影响用户需求的用户行为。基于神经网络的自学习预测算法用于预测光伏工厂的功率生产和在确定的时间范围内的功率产生和家用消耗。半自动活动需求侧管理技术用于最大化直接在现场使用的光伏电量。所提出的解决方案已在3套房中经过实验测试,3.3 kWp植物。

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