Energy Consumption Prediction in Low Energy Buildings using Machine learning and Artificial Intelligence for Energy Efficiency
Priya Vijayan
Abstract
Load forecasting is one of the most important step to maintain demand-supply balance and stability in a power system. With the advent of artificial intelligence and machine learning tools, load forecasting/energy consumption prediction is conducted with increased accuracy. The application of several machine learning techniques to predict energy consumption has been reported. However, a detailed analysis of different techniques is beneficial to choose the right approach to specific cases. This paper presents a study of different prediction models in energy forecasting. The prediction models are implemented in Matlab. The training and testing results for the data set is presented.
Topics & Concepts
Computer scienceEnergy consumptionArtificial intelligenceEnergy (signal processing)Machine learningMATLABEfficient energy useStability (learning theory)Artificial neural networkPredictive modellingEngineeringStatisticsElectrical engineeringMathematicsOperating systemEnergy Load and Power ForecastingSmart Grid Energy ManagementBuilding Energy and Comfort Optimization