论文标题
通过非侵入性负载监控算法实现自动响应
Realization of Self-Demand Response Through Non-Intrusive Load Monitoring Algorithm
论文作者
论文摘要
关键消费者参数和密钥实用程序参数的实时统计信息指定智能电网（SG）范式下的需求响应（DR）的实现。高级计量基础架构（AMI）使对这两个关键参数的监视和控制能够反映SG上的可靠信息。首先，本文旨在实现AMI的物理实现，该AMI包括由智能电表支持的仪表数据管理系统（MDMS）。其次，提出了基于滑动窗口的非侵入式负载监视算法来说明功耗模式。 MDMS具有泰米尔纳德邦州电力委员会给出的估计电费估计和预测电费的增量 - 比率关税结构。最后，在理论上和实验上都介绍了实施观点，描述了其成分的特征，该特征可以设想面向消费者的网格并施加拟议的自我-DR方案。
The real-time statistics on key consumer parameters and key utility parameters earmark the implementation of demand response (DR) under the smart grid (SG) paradigm. Advanced metering infrastructure (AMI) enables monitoring and control over both key parameters to reflect reliable information on SG. Firstly, this paper aims at a physical realization of an AMI, which comprises a meter data management system (MDMS) supported by smart meters. Secondly, a sliding window based non-intrusive load monitoring algorithm is proposed to illustrate the power consumption pattern. The MDMS features an incremental block--rate tariff structure given by Tamil Nadu state electricity board for the estimation and prediction of electricity bill. Finally, an implementation perspective is presented describing the features of its constituents both theoretically and experimentally, which could envision a consumer-facing grid and exert the proposed self--DR scheme.
