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Energies 2018,11, 242
4.3.3. ExperimentalResults
For the testing data of the retail store, parts of the prediction results of the five predictors
constructed by utilizing the energy-consuming pattern are illustrated in Figure 9. Furthermore,
forbettervisualization, thepredictionerrorhistogramsof thefivepredictorsareshowninFigure10.
It isobviousthatthemorethepredictionerrorsfloataroundzero, thebettertheforecastingperformance
of thepredictorwillbe.
Then, to examine the superiorityof thehybridmodel for the retail store energyconsumption
prediction, thefivepredictionmodels are compared consideringdifferentdata types (theoriginal
andresidualdata). Theoriginaldatameans that thepredictorsare learnedusing theoriginaldata
series,while theresidualdatameansthat thepredictorsareconstructedbyboththeenergy-consuming
patternandtheresidualdataseries. Experimental resultsaredemonstrated indetail inTable3.
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Figure9.Partsofpredictionresultsofthefivepredictorsconstructedbyutilizingtheenergy-consuming
pattern: (a)hybridDBNmodel; (b)BPNN;(c)GRBFNN;(d)ELM;and(e)SVR.
407
Short-Term Load Forecasting by Artificial Intelligent Technologies
- Title
- Short-Term Load Forecasting by Artificial Intelligent Technologies
- Authors
- Wei-Chiang Hong
- Ming-Wei Li
- Guo-Feng Fan
- Editor
- MDPI
- Location
- Basel
- Date
- 2019
- Language
- English
- License
- CC BY 4.0
- ISBN
- 978-3-03897-583-0
- Size
- 17.0 x 24.4 cm
- Pages
- 448
- Keywords
- Scheduling Problems in Logistics, Transport, Timetabling, Sports, Healthcare, Engineering, Energy Management
- Category
- Informatik