Adaptivity is critical because it enables flexible processing that automatically accommodates a broad range of challenges that non-adaptive, standard fusion approaches would typically require manual intervention to begin to address.
Japan does not have adaptive comfort standards and the ASHRAE standard-55 does not include the data from the land of the rising sun.
Adaptive comfort standards have become the main stream comfort research and are now considered an optional choice of natural ventilated buildings in the international thermal comfort standards.
Then, a contrast comparison between the new method based on energy balance and Chinese indoor thermal comfort standard and the conventional method coupling adaptive ASHRAE standard-55 thermal comfort model with sensible heat balance model is carried out.
The GCC states do not have an adaptive comfort standard, or its precursor long term field surveys.
Different thermal comfort models including the Adaptive Comfort Standard (ACS) and Predicted Mean Vote (PMV) are compared in estimating the indoor environmental quality (IEQ) for the generic building.
The predicted indoor operative temperatures are compared to the acceptable operative indoor temperatures based on the Adaptive Comfort Standard in ASHRAE 55-20113.
Almost 90% thermal acceptability was found within the predictions of the ASHRAE adaptive comfort standard and yet occupants required 'more air velocity'.
In the ASHRAE comfort database [1], underpinning the North American naturally ventilated adaptive comfort standard [2], the mean indoor air velocity associated with 90% thermal acceptability was relatively low, rarely exceeding 0.3 m/s.
