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What is Predicted Mean Vote (PMV) Comfort Model

Examining the Environmental Impacts of Materials and Buildings
Developed by comfort researcher P. O. Fanger, the PMV comfort model equates comfort with the heat balance between a body and its immediate environment. It is based on the four environmental variables of dry bulb temperature, relative humidity, mean radiant temperature, and air velocity, as well as the two personal variables of activity level and the insulation value of clothing. It is typically associated with cool, dry still air provided by air conditioning in which people are largely sedentary and wearing typical business attire.
Published in Chapter:
Improving the Weather: On Architectural Comforts and Climates
Andrew Cruse (The Ohio State University, USA)
Copyright: © 2020 |Pages: 31
DOI: 10.4018/978-1-7998-2426-8.ch009
Abstract
This chapter proposes an approach to thermal comfort that increases occupant pleasure and reduces energy use by connecting architecture's material and environmental dimensions. Today's dominant thermal comfort model, the predicted mean vote (PMV), calls for steady-state temperatures that are largely unrelated to building design decisions. A more recent alternative approach, the adaptive thermal comfort (ATC) model, ties comfort to outdoor conditions and individual experience. Yet reliance on HVAC technology to provide building comfort hampers how such ideas are integrated into building design. This chapter outlines the historical background of the PMV and ACT models to understand the current status of thermal comfort research and practice. It then uses four recent buildings to outline how the insights of adaptive comfort research can be translated to bespoke comforts through spatial, material, formal, and other design strategies.
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