Abstract
Three side-by-side lab houses were built, instrumented and monitored in an effort to determine through field testing and analysis the relative contributions of select technologies toward reducing energy use in new manufactured homes.The lab houses in Russellville, Alabama compared the performance of three homes built to varying levels of thermal integrity and HVAC equipment: a baseline HUD-code home equipped with an electric furnace and a split system air conditioner; an ENERGY STAR manufactured home with an enhanced thermal envelope and traditional split system heat pump; and a house designed to qualify for Zero Energy Ready Home designation with a ductless mini-split heat pump with transfer fan distribution system in place of the traditional duct system for distribution. Experiments were conducted in the lab houses to evaluate impact on energy and comfort of interior door position, window blind position and transfer fan operation. The report describes results of tracer gas and co-heating tests and presents calculation of the heat pump coefficient of performance for both the traditional heat pump and the ductless mini-split. A series of calibrated energy models was developed based on measured data and run in three locations in the Southeast to compare annual energy usage of the three homes.
Original language | American English |
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Number of pages | 2 |
State | Published - 2016 |
Bibliographical note
Work performed by Advanced Residential Integrated Energy Solutions (ARIES), New York, New YorkNREL Publication Number
- NREL/FS-5500-65438
Other Report Number
- DOE/GO-102016-4832
Keywords
- ARIES
- BEopt
- Building America
- co-heat test
- coefficient of performance
- ductless heat pump
- energy efficiency
- energy model
- ENERGY STAR
- EnergyPlus
- HUD Code
- interior door position
- lab houses
- manufactured homes
- mini-split heat pump
- residential
- residential buildings
- tracer gas
- transfer fan
- window blinds
- ZERH
- Zero Energy Ready Home