Indoor comfort was earlier viewed as driven exclusively by the physics of the body’s heat exchange with its immediate thermal environment. There is now widespread recognition that a person’s thermal comfort and adaptation level, including behavioral aspects, physiological and psychological processes, including sense of control, influence comfort [1]. A stronger emphasis has been given not only to psychological parameters and their impact on satisfaction and productivity, but also to possibilities of energy saving in buildings while maintaining a high comfort standard [2]. A field study was conducted to consider the relationship between localized comfort control capabilities and self-reporting behavior. A significant effect was found for subjects’ frequency of self-reporting in relation to heating control behavior.