针对天气相关停电的长短期记忆以客户为中心的停电预测模型

Mohamed Abaas, Ross Lee, Pritpal Singh
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引用次数: 1

摘要

恶劣天气现象越来越普遍,导致频繁和严重的电力中断和停电。已经开发了几种与天气有关的停电预测模型。然而,大多数已开发的模型侧重于预测公用事业设备级别的中断,而不是客户级别的中断。本文介绍了长短期记忆(LSTM)停电预测模型,该模型具有较高的预测精度,有可能预测单个客户所在位置的停电情况。开发的模型可以部署到智能能源代理中,以帮助客户为停电做好准备
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Long Short-Term Memory Customer-Centric Power Outage Prediction Models for Weather-Related Power Outages
Severe weather phenomena have become more prevalent resulting in frequent and significant power disruptions and outages. Several weather-related power outage prediction models have been developed. However, most of the developed models focus on predicting outages at the utility’s equipment level, and not at the customer’s level. This paper introduces Long short-term memory (LSTM) power outages prediction models, with high prediction accuracy that have the potential to predict outages at a single customer’s location. The developed models can be deployed into smart energy agents to assist customers in preparing for outages
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