Data Supplement: Inputs and Outputs for Rahman et al. 2021

<p><strong>Contents:</strong></p> <p><strong>prototype_elec:</strong>&nbsp; Input Data Files (IDFs) generated by tempset for a small office with electric resistance heating. Only heating setpoints are modified.</p> <p><strong>output_elec:</strong>&nbsp; Output csvs corresponding to the IDFs generated in prototype_elec</p> <p><strong>prototype_gas:</strong>&nbsp; IDFs generated by tempset for a small office with gas furnace heating. Only heating setpoints are modified.</p> <p><strong>output_gas:</strong>&nbsp; Output CSVs generated corresponding to the IDFs generated in prototype_gas</p> <p><strong>prototype_cool:</strong>&nbsp; IDFs generated by tempset for a small office with vapor compression cooling. Only cooling setpoints are modified.</p> <p><strong>output_cool:</strong>&nbsp; Output CSVs generated corresponding to the IDFs generated in prototype_cool</p> <p><strong>Summary</strong>:</p> <p>Input and Output data for&nbsp;tradeoffs resulting from specific changes to those schedules in terms of three quantities: total electricity consumption per day; maximum hourly electricity consumption per day; and predicted percentage dissatisfied (occupant thermal comfort). The method for generating schedules requires a single base schedule as the starting point and, using a few clearly defined parameters, transforms it into a set of schedules that can be used for modeling an existing building stock or for performing parametric studies. Temperature setpoint schedules are generated and simulated for a small office building in a cool-dry climate in three different case studies pertaining to changing temperature setpoint schedules.&nbsp;</p> <p><strong>Accompanying software and workflow described here:</strong></p> <p>https://github.com/IMMM-SFA/rahman-etal_2021_tbd</p> <p>&nbsp;</p>