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- 2010530654 abstract "The objectives of this research project are (1) to show how the sustainable resources of forest biomass, solar energy, harvested rainwater, and small-diameter logs can be integrated to a system that provides most or all of the energy and water needs of a typical cold climate residential household, and (2) to effectively interpret the results and convey the sustainable potential to the public. This project validates that (1) the combination of the BioMax® wood-pellet energy system (5 kW peak) with grid interconnected solar energy via photovoltaics (4 kW) can provide the majority of the power needs for a residential unit in a cold climate; (2) rainwater can be stored in a 2,500-gallon cistern and reliably filtered and disinfected for potable use; (3) systems to product and save energy and water are safe and reliable; and (4) these technologies are available and work well in cold climates similar to the project's location in Madison, Wisconsin, USA.".
- 2010530654 contributor B12029447.
- 2010530654 contributor B12029448.
- 2010530654 contributor B12029449.
- 2010530654 created "[2010]".
- 2010530654 date "2010".
- 2010530654 date "[2010]".
- 2010530654 dateCopyrighted "[2010]".
- 2010530654 description "Includes bibliographical references (p. 12-13).".
- 2010530654 description "The objectives of this research project are (1) to show how the sustainable resources of forest biomass, solar energy, harvested rainwater, and small-diameter logs can be integrated to a system that provides most or all of the energy and water needs of a typical cold climate residential household, and (2) to effectively interpret the results and convey the sustainable potential to the public. This project validates that (1) the combination of the BioMax® wood-pellet energy system (5 kW peak) with grid interconnected solar energy via photovoltaics (4 kW) can provide the majority of the power needs for a residential unit in a cold climate; (2) rainwater can be stored in a 2,500-gallon cistern and reliably filtered and disinfected for potable use; (3) systems to product and save energy and water are safe and reliable; and (4) these technologies are available and work well in cold climates similar to the project's location in Madison, Wisconsin, USA.".
- 2010530654 extent "13 p. :".
- 2010530654 hasFormat "Also available on the World Wide Web.".
- 2010530654 identifier fpl_gtr193.pdf.
- 2010530654 isFormatOf "Also available on the World Wide Web.".
- 2010530654 isPartOf "General technical report FPL ; 193.".
- 2010530654 isPartOf "General technical report FPL ; GTR-193".
- 2010530654 issued "2010".
- 2010530654 issued "[2010]".
- 2010530654 language "eng".
- 2010530654 publisher "Madison, Wis. : U.S. Dept. of Agriculture, Forest Service, Forest Products Laboratory,".
- 2010530654 relation "Also available on the World Wide Web.".
- 2010530654 subject "Ecological houses Design and construction.".
- 2010530654 subject "TH4860 .Y64 2010".
- 2010530654 title "Integrating net-zero energy and high-performance green building technologies into contemporary housing in a cold climate / Martin Yoklic, Mark Knaebe, Karen Martinson.".
- 2010530654 type "text".