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Brian P. Dougherty
Education
Virginia Polytechnic Institute, B.S., Mechanical Engineering, 1986
Virginia Polytechnic Institute, M.S., Mechanical Engineering, 1987
Position
Mechanical Engineer
Heat Transfer and Alternative Energy Systems Group
Building Environment Division
Building and Fire Research Laboratory
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After first working as an NBS co-op, Mr. Dougherty joined the NIST
Heat Transfer and Alternative Energy Systems Group in 1987. During his
tenure, Mr. Dougherty has worked on projects that support the
development and revision of test procedures for air conditioners, heat
pumps, water heaters, and combined heat pump-water heating appliances.
As part of these appliance-related projects, Brian Dougherty has
conducted laboratory testing on different appliances, participated in
field monitoring projects, and performed numerous analytical studies.
His work is reflected in DOE test procedures, DOE-published decisions on
test procedure waiver requests, alternative methods for rating untested
indoor/outdoor coil combinations, ASHRAE Standards 37, 40, and 137, and
ARI Standards 210/240 and 290. Mr. Dougherty remains active on
international heat pump standardization efforts. He participates on the
ISO working group that is cognizant for three testing and rating
standards covering different categories of air conditioners and heat
pumps. Mr. Dougherty serves on the U.S. Technical Advisory Group for ISO
Technical Committee 86, "Refrigeration and Air-Conditioning."
Brian Dougherty conducts solar photovoltaics research, with a focus on
building-integrated (BIPV) applications. Dougherty and his NIST
colleagues evaluate and model the electrical and thermal performance of
photovoltaic panels when integrated into the building shell. Mr.
Dougherty has played a lead role in constructing, commissioning, and
operating two test facilities for conducting long-term, side-by-side
studies on BIPV panels that have different design and installation
features. As a precursor to this work, Mr. Dougherty helped to develop,
demonstrate, and transfer the technology of using a solar photovoltaic
array to heat domestic water.
During the past year, Brian Dougherty led efforts at NIST to install,
commission, and initially characterize a long-pulse solar simulator. The
simulator will be used to investigate measurement deviations that are
possible from conducting indoor testing in a variety of ways while
remaining compliant with existing industry standards and/or industry
practices. NIST seeks to aid both photovoltaic manufacturers, especially
those relatively new to the business sector, and solar simulator
manufacturers with making repeatable, quality measurements, while
helping to incrementally reduce the uncertainties of the reported
performance ratings.
Brian Dougherty received a 1997 Federal Laboratory Consortium Award for
Excellence in Technology Transfer and a NIST Bronze Medal Award in 1999.
He was selected for an ASHRAE Distinguished Service Award in 2006.
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