Publication | Closed Access
Short-term anomaly detection in gas consumption through ARIMA and Artificial Neural Network forecast
40
Citations
16
References
2015
Year
Unknown Venue
Gas ConsumptionForecasting MethodologyShort-term Anomaly DetectionAnomaly DetectionMachine LearningEngineeringBuilding UsageFault ForecastingData ScienceData MiningManagementSystems EngineeringNonlinear Time SeriesPredictive AnalyticsKnowledge DiscoveryPredictive ModelingEnergy ForecastingGas Consumption ValuesForecastingEnergy PredictionIntelligent ForecastingNovelty Detection
This paper presents a method for finding anomalies in gas consumption that can identify causes of wasting energy. Our approach is to use historical data on local weather, building usage and gas consumption, to predict the gas consumption for a particular day and time. The prediction is a combination of auto-regression and artificial neural networks and anomalies, relatively large deviations from the predicted gas consumption values, are detected. These can point to incorrect settings of controls, faults in installations or incorrect use of the building.
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