Comprehensive approach to modeling and simulation of dynamic soft-sensing design for real-time building energy consumption

Abstract

This research develops a multi-layer hybrid soft-sensor model to improve the accuracy of building thermal load prediction using integrated data. The multi-layer hybrid model (autoregressive and particle swarm optimization neural network) hybridizes an autoregressive model with exogenous inputs and a particle swarm optimization neural network. The distributed sensors' experimental scenario was set in a medium-sized office building located in Shanghai, which has applied this multi-layer hybrid model to evaluate the prediction accuracy, meanwhile its performance was also compared with several commonly used methods under different evaluation criteria. Through frequency-domain decomposition, the heat balance equation is used to validate the autoregressive and particle swarm optimization neural network model. Both the simulation of building thermal load and experiment results demonstrate that the proposed autoregressive and particle swarm optimization neural network method can recognize soft sensing of the building thermal load much more quickly and efficiently, and achieve higher accuracy in both cooling load and heating load prediction. KeywordsAutoregressive model with exogenous inputs, particle swarm optimization neural network, multi-layer hybrid model (autoregressive and particle swarm optimization neural network), soft sensor, thermal load Date

Recognition and Simulation of Exercise Mode Based on Energy Consumption Model

“…For primary and middle school students, the most important exercise indicator is energy consumption. A sports data collector is worn on the user's upper arm with an arm band, and various sports data are acquired through a series of sensors, and then the energy consumption of sports is calculated comprehensively [14]. In the laboratory environment, human energy consumption in sports is measured by recording the exercise heart rate, and it is proved that there is a linear relationship between the exercise data collected by the accelerometer and the energy consumption [15].…”