Showing 1 - 13 of 13 results:
Publication Date
·
Author(s)
International Code Council
·
Organization(s)
ICC
Description
2015 edition of code establishing minimum regulations for mechanical systems, including heating, cooling, ventilation, exhaust, ducts, fireplaces, combustion and hydronic systems, using prescriptive and performance-related provisions.
Publication Date
·
Author(s)
Hodgson Alfred T,
Moyer Neil,
Beal David
·
Organization(s)
Lawrence Berkeley National Laboratory,
LBNL,
Florida Solar Energy Center,
FSEC
Description
A report describing six mechanical ventilation strategies that were evaluated for their ability to control indoor humidity levels over 14-day periods with simulated occupancy.
Publication Date
·
Author(s)
Martin Eric,
et al.
·
Organization(s)
Building America Partnership for Improved Residential Construction,
BA-PIRC,
Florida Solar Energy Center,
FSEC
Description
This report evaluates the performance of variable-capacity comfort systems, with a focus on inverter-driven, variable-capacity systems, as well as proposed system enhancements.
Publication Date
·
Author(s)
Steven Winter Associates
·
Organization(s)
SWA,
U.S. DOE,
U.S. Department of Energy
Description
Report providing the results of an analysis of humidity control and variable refrigerant flow (VRF) system efficiency in three new multifamily buildings in New York, NY.
Publication Date
·
Author(s)
Home Innovation Research Labs,
National Association of Home Builders,
International Code Council
·
Organization(s)
HIRL,
NAHB,
ICC
Description
Fact Sheet describing the need for supplemental dehumidification, dehumidifier configuration options, and design considerations.
Publication Date
·
Author(s)
Rudd Armin
·
Organization(s)
Building Science Corporation,
BSC,
U.S. Department of Energy,
DOE
Description
Report describing solutions for supplemental dehumidification in warm-humid climates.
Publication Date
·
Author(s)
Lstiburek Joseph W
·
Organization(s)
Building Science Corporation,
BSC,
U.S. Department of Energy,
DOE
Description
Report providing extensive guidance on controlling moisture in building envelopes through proper selection and installation on air, water, thermal, and vapor barriers.
Publication Date
·
Author(s)
Extreme Panel Technologies
·
Organization(s)
Extreme Panel Technologies
Description
Information sheet with nail withdrawl capacities in OSB.
Publication Date
·
Author(s)
Structural Insulated Panel Association
·
Organization(s)
SIPA
Publication Date
·
Author(s)
Pless Shanti,
et al.
·
Organization(s)
National Renewable Energy Laboratory,
NREL,
Oregon State University,
Momentum Innovation Group,
U.S. Department of Energy,
DOE
Description
Report describing use of the Energy in Modular (EMOD) method to design, produce, and deliver affordable, net-zero energy, low-carbon, and healthier buildings through industrialized (factory) construction of modular buildings; modeling of whole buildings and subassemblies of components, pods, panels...
Publication Date
·
Author(s)
Steven Winter Associates
·
Organization(s)
SWA,
U.S. DOE,
U.S. Department of Energy
Description
Fact sheet describing the results of an analysis of humidity control and variable refrigerant flow (VRF) system efficiency in three new multifamily buildings in New York, NY.
Publication Date
·
Author(s)
Fairey Philip W,
et al.
·
Organization(s)
Florida Solar Energy Center,
FSEC,
American Council for an Energy-Efficient Economy,
ACEEE
Description
Preliminary results of two monitored lab homes constructed to represent the thermal characteristics of typical existing Florida homes are presented.
Publication Date
·
Author(s)
Rudd Armin,
Bergey Daniel
·
Organization(s)
Building Science Corporation,
BSC,
U.S. Department of Energy,
DOE
Description
This report describes how twenty homes were tested and monitored in the Zone 2 climate of Houston, Texas, U.S.A., to evaluate the humidity control performance and operating cost of six different integrated dehumidification and ventilation systems that could be applied by production homebuilders.