Energy-Efficient Architecture Basics for Planning and Construction

Ein unverzichtbares Buch im Kontext der neuen Energieverordnungen: In Form einer Planungssystematik erklärt das Buch alle Kriterien und Parameter, die für die Städtebauplanung, für den Entwurf und die nachfolgende Konstruktion eines nachhaltigen Gebäudes relevant sind.

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Bibliographic Details
Main Authors Gonzalo, Roberto, Habermann, Karl J
Format eBook Book
LanguageEnglish
Published Switzerland Birkhäuser 2006
Birkhäuser Verlag
Birkhauser-Publishers for Architecture
Walter de Gruyter GmbH
Birkhauser
Edition1. Aufl.
Subjects
Architecture
ARCHITECTURE / General
Architecture and energy conservation
Buildings
Buildings > Energy conservation
Buildings > Environmental engineering
Construction
Energy conservation
Environmental engineering
Technik
Wissen Architektur
Online AccessGet full text

Cover

Table of Contents:
  • Low-energy and Passive House Renovation: Student Residence in Wuppertal, PPP, Müller, Schlüter -- Flexible Use: Office and Residential Building in Schwarzach, Christian Lenz, Hermann Kaufmann, Schwarzach -- Passive House as Systems Building: Office and Residential Building in Sursee, Scheitlin-Syfrig + Partner, Lucerne -- Differentiated Facade Design: Office Complex in Duisburg, Schuster Architekten, Düsseldorf -- Natural Ventilation in a High-rise: Office Building in Munich, Henn Architekten, Munich -- Intelligent Shading and Daylight Deflection: Office Complex in Wiesbaden, Thomas Herzog + Partner, Munich -- Sustainable Office Building: Parliament Buildings in London, Hopkins Architects, London -- Integrated Ecology: Offices and Workshops in Weidling, Georg W. Reinberg, Vienna -- Headquarters Building in Passive House Standard: Commercial Building in Steyr, Walter Unterrainer, Feldkirch -- Low-energy School Ensemble: School Complex in Pichling, Loudon + Habeler, Vienna -- Passive House Standard for Children: Montessori School in Aufkirchen, Walbrunn Grotz Vallentin Loibl, Bockhorn -- Built Participation: Comprehensive School in Gelsenkirchen, plus+ bauplanung, Neckartenzlingen -- Response to Extreme Conditions: School Complex in Ladakh, Arup Associates, London -- Adjustable Daylight Technology: Art Museum in Riehen, Renzo Piano Building Workshop, Paris/Genoa -- ENERGY-EFFICIENT DETAIL DESIGN AND TECHNICAL COMPLETION -- Measures and Materials -- Point of Departure -- Glazed Areas -- Walls -- Insulating Materials -- Thermal Storage -- Future Goals -- Ventilation Concepts and Energy Systems -- Ventilation Concepts -- Ventilation Zones -- Ventilation Systems with Heat-Recovery -- Ventilation Systems: Centralized or Decentralized -- Heating and Cooling Concepts: Energy Carriers -- Power-Heat Coupling (PHC) -- Regenerative Fuels (Biomass)
  • Intro -- FOREWORD -- RESOURCE-CONSERVING AND ENERGY-EFFICIENT BUILDING: ORIGINS -- ENERGY-EFFICIENT URBAN DESIGN: PRINCIPLES AND STRATEGIES -- Point of Departure/Status Quo -- Evolution -- Climate Conditions -- Building Type and Building Proportions -- Building Orientation -- Density -- Access -- Parking -- Surroundings and Open Areas -- Planning Tools -- Energy Supply -- ENERGY-EFFICIENT URBAN DESIGN: EXAMPLES -- Passive House Construction: Semi-detached Houses in Kriens, Lischer Partner Architekten, Lucerne -- High-density Housing: Row Houses in Affoltern, Metron Architektur, Brugg -- Block Edge Completion: Multi-Family House in Munich, H2R, Hüther, Hebensperger-Hüther, Röttig, Munich -- Urban Repair: Office- and Residential Building in Munich, Martin Pool, Munich -- Building-Gap Development: Residential- and Office Building in Wiesbaden, A-Z Architekten, Wiesbaden -- Energy-efficient Social Housing: Residential Building in Madrid, Guillermo Yanez, Madrid -- Urban Renewal of an Industrial Wasteland: University Campus in Nottingham, Hopkins Architects, London -- ENERGY-EFFICIENT BUILDING DESIGN: BASIC PRINCIPLES AND STRATEGIES -- Point of Departure and Goals -- Energy-efficient Housing -- The Individual Room -- Building Proportions -- Orientation -- Solar Facades -- Threshold Spaces -- Utilization and Energy Balance -- Energy-efficient Refurbishment -- Conversion versus new Construction: Advantages -- Suitability for Refurbishment -- Thermal Insulation -- Ventilation -- Heating Systems -- Energy-efficient Commercial Buildings -- Requirements -- Energy Balance -- Sun Protection -- Natural and Artificial Lighting -- Ventilation and Cooling -- Building Component Activation -- Mixed Use -- Energy-efficient Cultural Buildings and Public Institutions: Unique Features -- ENERGY-EFFICIENT BUILDING DESIGN: EXAMPLES
  • Solar Power and Photovoltaics -- Heat Pump and Refrigerating Machines -- Cooling -- Heating Systems -- APPENDIX -- Glossary -- Bibliography -- Institutions -- Names, Locations, Index -- Project Participants -- Sponsors -- Picture Credits, Imprint
  • ENERGY-EFFICIENT BUILDING DESIGN: EXAMPLES --
  • Resource-conserving and energy-efficient building: Origins --
  • FOREWORD --
  • ENERGY-EFFICIENT BUILDING DESIGN: BASIC PRINCIPLES AND STRATEGIES --
  • ENERGY-EFFICIENT DETAIL DESIGN AND TECHNICAL COMPLETION --
  • ENERGY-EFFICIENT URBAN DESIGN: EXAMPLES --
  • Frontmatter --
  • ENERGY-EFFICIENT URBAN DESIGN: PRINCIPLES AND STRATEGIES --
  • CONTENTS --
  • APPENDIX