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Net zero energy design : a guide for commercial architecture / Tom Hootman.

By: Material type: TextTextLanguage: English Publisher: Hoboken, N.J. John Wiley, [2013]Copyright date: ©2013Description: xix, 441 sidor illustrationerContent type:
  • text
Media type:
  • unmediated
Carrier type:
  • volume
ISBN:
  • 9781118018545
Subject(s): DDC classification:
  • 690.520286 23/swe
LOC classification:
  • TJ163.5.B84
Other classification:
  • Ppbc
Contents:
Net zero energy building overview -- The case for net zero energy buildings -- Defining net zero energy -- Building industry trends and standards -- Project conception and delivery -- The objective of net zero energy -- Project conception -- Project planning -- Project team selection -- Delivery methods -- Risks and rewards -- Integrated process -- Integrated delivery and management -- The project delivery phases -- Integrated design methods -- Building energy modeling -- Energy -- Energy basics -- Energy use intensity -- Energy targets -- Energy and thermal comfort -- Design fundamentals -- Energy design conditions -- Climate assessment -- Site assessment -- Building massing and geometry -- Building type and program -- Passive architecture -- Passive design -- Design science -- Building envelope -- Passive strategies -- Energy efficient building systems -- Active systems -- Basic concepts -- HVAC overview -- Low energy distribution -- Low energy primary equipment -- Domestic hot water -- Lighting -- District energy -- Renewable energy -- Renewable energy basics -- Solar power -- Solar thermal -- Wind -- Hydro -- Geothermal -- Biomass -- Fuel cells and hydrogen -- Economics -- Financial considerations -- Financial models -- Financial analysis -- Net zero energy and the real estate market -- Operations and occupancy -- Building operations -- Plug loads -- Green behavior -- Net zero energy performance plan -- Net zero energy -- Net zero energy balance -- Net zero energy measures -- Carbon neutrality -- Case study -- DOE/NREL research support facility
Net zero energy building overview -- The case for net zero energy buildings -- Defining net zero energy -- Building industry trends and standards -- Project conception and delivery -- The objective of net zero energy -- Project conception -- Project planning -- Project team selection -- Delivery methods -- Risks and rewards -- Integrated process -- Integrated delivery and management -- The project delivery phases -- Integrated design methods -- Building energy modeling -- Energy -- Energy basics -- Energy use intensity -- Energy targets -- Energy and thermal comfort -- Design fundamentals -- Energy design conditions -- Climate assessment -- Site assessment -- Building massing and geometry -- Building type and program -- Passive architecture -- Passive design -- Design science -- Building envelope -- Passive strategies -- Energy efficient building systems -- Active systems -- Basic concepts -- HVAC overview -- Low energy distribution -- Low energy primary equipment -- Domestic hot water -- Lighting -- District energy -- Renewable energy -- Renewable energy basics -- Solar power -- Solar thermal -- Wind -- Hydro -- Geothermal -- Biomass -- Fuel cells and hydrogen -- Economics -- Financial considerations -- Financial models -- Financial analysis -- Net zero energy and the real estate market -- Operations and occupancy -- Building operations -- Plug loads -- Green behavior -- Net zero energy performance plan -- Net zero energy -- Net zero energy balance -- Net zero energy measures -- Carbon neutrality -- Case study -- DOE/NREL research support facility.

Includes bibliographical references and index.

Net zero energy building overview -- The case for net zero energy buildings -- Defining net zero energy -- Building industry trends and standards -- Project conception and delivery -- The objective of net zero energy -- Project conception -- Project planning -- Project team selection -- Delivery methods -- Risks and rewards -- Integrated process -- Integrated delivery and management -- The project delivery phases -- Integrated design methods -- Building energy modeling -- Energy -- Energy basics -- Energy use intensity -- Energy targets -- Energy and thermal comfort -- Design fundamentals -- Energy design conditions -- Climate assessment -- Site assessment -- Building massing and geometry -- Building type and program -- Passive architecture -- Passive design -- Design science -- Building envelope -- Passive strategies -- Energy efficient building systems -- Active systems -- Basic concepts -- HVAC overview -- Low energy distribution -- Low energy primary equipment -- Domestic hot water -- Lighting -- District energy -- Renewable energy -- Renewable energy basics -- Solar power -- Solar thermal -- Wind -- Hydro -- Geothermal -- Biomass -- Fuel cells and hydrogen -- Economics -- Financial considerations -- Financial models -- Financial analysis -- Net zero energy and the real estate market -- Operations and occupancy -- Building operations -- Plug loads -- Green behavior -- Net zero energy performance plan -- Net zero energy -- Net zero energy balance -- Net zero energy measures -- Carbon neutrality -- Case study -- DOE/NREL research support facility

Net zero energy building overview -- The case for net zero energy buildings -- Defining net zero energy -- Building industry trends and standards -- Project conception and delivery -- The objective of net zero energy -- Project conception -- Project planning -- Project team selection -- Delivery methods -- Risks and rewards -- Integrated process -- Integrated delivery and management -- The project delivery phases -- Integrated design methods -- Building energy modeling -- Energy -- Energy basics -- Energy use intensity -- Energy targets -- Energy and thermal comfort -- Design fundamentals -- Energy design conditions -- Climate assessment -- Site assessment -- Building massing and geometry -- Building type and program -- Passive architecture -- Passive design -- Design science -- Building envelope -- Passive strategies -- Energy efficient building systems -- Active systems -- Basic concepts -- HVAC overview -- Low energy distribution -- Low energy primary equipment -- Domestic hot water -- Lighting -- District energy -- Renewable energy -- Renewable energy basics -- Solar power -- Solar thermal -- Wind -- Hydro -- Geothermal -- Biomass -- Fuel cells and hydrogen -- Economics -- Financial considerations -- Financial models -- Financial analysis -- Net zero energy and the real estate market -- Operations and occupancy -- Building operations -- Plug loads -- Green behavior -- Net zero energy performance plan -- Net zero energy -- Net zero energy balance -- Net zero energy measures -- Carbon neutrality -- Case study -- DOE/NREL research support facility.

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