Building energy models are a key element in regulatory compliance calculations. These
energy performance calculations often do not accurately reflect actual operating conditions …

The calibration of building energy models is crucial for their use in some applications that
depend on their accuracy for adequate performance, such as demand response and model …

In the last years, building energy consumption minimization has come to be an important
issue for designers also architects. Different building energy simulation (BES) tools were …

This paper presents an experimental methodology employing thermal point clouds (TPCs) of
indoor spaces to develop and calibrate Computational Fluid Dynamics (CFD) models for …

This project studies an Internet of Things (IoT)-based comfort control and fault diagnostics
system (referred as iComfort in this report) for energy-efficient homes. The system delivers …

As the buildings industry looks to increase the adoption rate of renewable energies and
other distributed energy resources (DERs), demand flexibility presents itself as a valuable …

A simulation modeling occupant behavior should be performed, as occupant behavior is a
factor that has a considerable influence on building energy. However, there is a systematic …

Building load forecasting in college towns is the basis of comprehensive energy planning in
college towns, lending support to decision-makers in the design and selection of energy …

The calibration of building energy models is crucial for their use in some applications that
depend on their accuracy for adequate performance, such as demand response and model …

Building energy models are a key element in regulatory compliance calculations. These
energy performance calculations often do not accurately reflect actual operating conditions …