National Renewable Energy Laboratory (NREL)NREL HomeInnovation for Our Energy Future
About NREL Science & Technology Technology Transfer Applying Technologies Learning About Renewables
Advanced Vehicles and Fuels Research Ancillary Loads Reduction

  
Ancillary Loads Reduction Home

About the Project

Research and Development
Thermal Manikin and Modeling
ADAM - Thermal Manikin
Physiological Model
Thermal Comfort Model
Integrated Modeling
Heat Generated Cooling
Air Conditioning and Emissions
Laboratory Capabilities

Publications

Working with Us
Industry Participants


Thermal Manikin and Modeling


Photo of Advanced Automotive Manikin

Since a key requirement of the ancillary loads reduction effort is to maintain or enhance passenger comfort, NREL works to understand how advanced cooling techniques will affect human thermal comfort. Researchers have developed a portfolio of thermal comfort tools, including an ADvanced Automotive Manikin (ADAM), human thermal physiological model, and human thermal comfort empirical model to assess comfort in automobile passenger compartments. The use of a manikin is not only more efficient than using human subjects, it makes for a constant test platform, making repeatable scientific testing possible, when and where we need it.

These tools may also prove useful in applications beyond automotive design.










Printable Version

Skip footer to end of page.