Comparison of thermal comfort models indicates a need for adaptation in North African residential buildings, highlighting climate challenges.
Key Points
More than one-third of annual hours experience indoor thermal discomfort, with summer discomfort likely to increase by 2100.
ISSO 74 is found to be more suitable for temperature adaptation, while EN 16798-1 shows better humidity tolerance in high-moisture conditions.
Dynamic simulations conducted using DesignBuilder and occupant interviews aid in understanding thermal comfort responses under current and projected climate scenarios.
A crucial mismatch between existing comfort standards and local climate conditions underscores the urgency for tailored adaptive thermal comfort models.