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The smart control informed by IoT sensors and enabled by remotely controlleddevices can optimize the building operation to minimize unnecessary energyconsumption and improve indoor thermal comfort. This paper quantifies thepotential for electricity savings in small office buildings from smartthermostat control and occupancy-informed smart plug control. This is done bysimulating the effect of adaptive setpoint temperature, occupancy-based HVACcontrol, and night-purge free cooling on small office buildings across allmajor climate zones in the United States. Adopting these smart control measurescan achieve 8.9% to 20.4% of savings in total electricity consumption of smalloffice buildings, or equivalent to annual reductions between 12.2 kWh/m2 and30.4 kWh/m2 in electricity usage intensity. Among all climate zones, the hotand dry climates benefit the most from proposed smart controls and achieve thehighest percentages of electricity savings

Estimating electricity saving-potential in small offices using adaptive thermal comfort