Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model

The load of the showcase is a nonlinear and unstable time series data, and the traditional forecasting method is not applicable. Deep learning algorithms are introduced to predict the load of the showcase. Based on the CEEMD–IPSO–LSTM combination algorithm, this paper builds a refrigerated display c...

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Autores principales: Pei Yuan, Zhenglin Lei, Qinghui Zeng, Yixiao Wu, Yanli Lu, Chaolong Hu
Formato: article
Lenguaje:EN
Publicado: De Gruyter 2021
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Acceso en línea:https://doaj.org/article/42baa8f438984cc5886a444fae2b3c8f
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spelling oai:doaj.org-article:42baa8f438984cc5886a444fae2b3c8f2021-12-05T14:11:02ZLoad forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model2391-547110.1515/phys-2021-0043https://doaj.org/article/42baa8f438984cc5886a444fae2b3c8f2021-07-01T00:00:00Zhttps://doi.org/10.1515/phys-2021-0043https://doaj.org/toc/2391-5471The load of the showcase is a nonlinear and unstable time series data, and the traditional forecasting method is not applicable. Deep learning algorithms are introduced to predict the load of the showcase. Based on the CEEMD–IPSO–LSTM combination algorithm, this paper builds a refrigerated display cabinet load forecasting model. Compared with the forecast results of other models, it finally proves that the CEEMD–IPSO–LSTM model has the highest load forecasting accuracy, and the model’s determination coefficient is 0.9105, which is obviously excellent. Compared with other models, the model constructed in this paper can predict the load of showcases, which can provide a reference for energy saving and consumption reduction of display cabinet.Pei YuanZhenglin LeiQinghui ZengYixiao WuYanli LuChaolong HuDe Gruyterarticlefood refrigerated display cabinetload forecastingimproved particle swarm algorithmcomplementary ensemble empirical mode decompositionPhysicsQC1-999ENOpen Physics, Vol 19, Iss 1, Pp 360-374 (2021)
institution DOAJ
collection DOAJ
language EN
topic food refrigerated display cabinet
load forecasting
improved particle swarm algorithm
complementary ensemble empirical mode decomposition
Physics
QC1-999
spellingShingle food refrigerated display cabinet
load forecasting
improved particle swarm algorithm
complementary ensemble empirical mode decomposition
Physics
QC1-999
Pei Yuan
Zhenglin Lei
Qinghui Zeng
Yixiao Wu
Yanli Lu
Chaolong Hu
Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
description The load of the showcase is a nonlinear and unstable time series data, and the traditional forecasting method is not applicable. Deep learning algorithms are introduced to predict the load of the showcase. Based on the CEEMD–IPSO–LSTM combination algorithm, this paper builds a refrigerated display cabinet load forecasting model. Compared with the forecast results of other models, it finally proves that the CEEMD–IPSO–LSTM model has the highest load forecasting accuracy, and the model’s determination coefficient is 0.9105, which is obviously excellent. Compared with other models, the model constructed in this paper can predict the load of showcases, which can provide a reference for energy saving and consumption reduction of display cabinet.
format article
author Pei Yuan
Zhenglin Lei
Qinghui Zeng
Yixiao Wu
Yanli Lu
Chaolong Hu
author_facet Pei Yuan
Zhenglin Lei
Qinghui Zeng
Yixiao Wu
Yanli Lu
Chaolong Hu
author_sort Pei Yuan
title Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
title_short Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
title_full Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
title_fullStr Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
title_full_unstemmed Load forecasting of refrigerated display cabinet based on CEEMD–IPSO–LSTM combined model
title_sort load forecasting of refrigerated display cabinet based on ceemd–ipso–lstm combined model
publisher De Gruyter
publishDate 2021
url https://doaj.org/article/42baa8f438984cc5886a444fae2b3c8f
work_keys_str_mv AT peiyuan loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
AT zhenglinlei loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
AT qinghuizeng loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
AT yixiaowu loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
AT yanlilu loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
AT chaolonghu loadforecastingofrefrigerateddisplaycabinetbasedonceemdipsolstmcombinedmodel
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