Das Werk wurde an der Technische Universität Darmstadt, Fachbereich Architektur, Fachgebiet Entwerfen und Energieeffizientes Bauen unter der Leitung von Prof. Manfred Hegger erarbeitet. Autorenteam: Prof. Manfred Hegger, Dipl.- Ing. M. Econ Architekt, Dipl.- Ing. Architekt Matthias Fuchs, Dr.-Ing. Thomas Stark, Dipl.-Ing. Martin Zeumer

• ContentsPreface 6 Part A Positions 81 Global changeChris Luebkeman 102 Energy changeHermann Scheer 143 Architecture and sustainability –a difficult relationshipRobert Kaltenbrunner 184 Doing things right –on efficiencyand sustainabilityManfred Hegger 245 Solar ArchitectureThomas Herzog 286 Planning and building in life cyclesKarl-Heinz Petzinka, Bernhard Lenz 32 Part B Planning 361 Fundamentals 38Global boundary conditions 39Energy 43Climate and comfort 512 Urban space and infrastructure 62Land use 62Planning to suit the location 65Infrastructure and technical services 703 Building envelope 82Maintaining and gaining heat 86Avoiding overheating 95Decentralised ventilation 99Using the daylight 102Generating electricity 1064 Building services 110Sustainable building services 110Heating 113Cooling 128Mechanical ventilation 133Optimising the artificial lighting 136Generating electricity 1385 Materials 146Heat flow 148Embodied energy 159Materials in the life cycle 1656 Strategies 176Energy concepts 177Politics, legislation,statutory instruments 183Planning process 186Sustainable architecture 190Diagnosis system for sustainablebuilding quality (DSQ) 192 Part C Case studies 198Project examples 1 to 20 200 – 257 Part D Appendix 258Parameters 258Climate data 260LCA data 262Statutory instruments, directives,standards 268References 269Picture credits 272Subject index 276

Das Werk wurde an der Technische Universität Darmstadt, Fachbereich Architektur, Fachgebiet Entwerfen und Energieeffizientes Bauen unter der Leitung von Prof. Manfred Hegger erarbeitet. Autorenteam: Prof. Manfred Hegger, Dipl.- Ing. M. Econ Architekt, Dipl.- Ing. Architekt Matthias Fuchs, Dr.-Ing. Thomas Stark, Dipl.-Ing. Martin Zeumer

• ContentsPreface 6 Part A Positions 81 Global changeChris Luebkeman 102 Energy changeHermann Scheer 143 Architecture and sustainability –a difficult relationshipRobert Kaltenbrunner 184 Doing things right –on efficiencyand sustainabilityManfred Hegger 245 Solar ArchitectureThomas Herzog 286 Planning and building in life cyclesKarl-Heinz Petzinka, Bernhard Lenz 32 Part B Planning 361 Fundamentals 38Global boundary conditions 39Energy 43Climate and comfort 512 Urban space and infrastructure 62Land use 62Planning to suit the location 65Infrastructure and technical services 703 Building envelope 82Maintaining and gaining heat 86Avoiding overheating 95Decentralised ventilation 99Using the daylight 102Generating electricity 1064 Building services 110Sustainable building services 110Heating 113Cooling 128Mechanical ventilation 133Optimising the artificial lighting 136Generating electricity 1385 Materials 146Heat flow 148Embodied energy 159Materials in the life cycle 1656 Strategies 176Energy concepts 177Politics, legislation,statutory instruments 183Planning process 186Sustainable architecture 190Diagnosis system for sustainablebuilding quality (DSQ) 192 Part C Case studies 198Project examples 1 to 20 200 – 257 Part D Appendix 258Parameters 258Climate data 260LCA data 262Statutory instruments, directives,standards 268References 269Picture credits 272Subject index 276

Das Werk wurde an der Technische Universität Darmstadt, Fachbereich Architektur, Fachgebiet Entwerfen und Energieeffizientes Bauen unter der Leitung von Prof. Manfred Hegger erarbeitet. Autorenteam: Prof. Manfred Hegger, Dipl.- Ing. M. Econ Architekt, Dipl.- Ing. Architekt Matthias Fuchs, Dr.-Ing. Thomas Stark, Dipl.-Ing. Martin Zeumer

• ContentsPreface 6 Part A Positions 81 Global changeChris Luebkeman 102 Energy changeHermann Scheer 143 Architecture and sustainability –a difficult relationshipRobert Kaltenbrunner 184 Doing things right –on efficiencyand sustainabilityManfred Hegger 245 Solar ArchitectureThomas Herzog 286 Planning and building in life cyclesKarl-Heinz Petzinka, Bernhard Lenz 32 Part B Planning 361 Fundamentals 38Global boundary conditions 39Energy 43Climate and comfort 512 Urban space and infrastructure 62Land use 62Planning to suit the location 65Infrastructure and technical services 703 Building envelope 82Maintaining and gaining heat 86Avoiding overheating 95Decentralised ventilation 99Using the daylight 102Generating electricity 1064 Building services 110Sustainable building services 110Heating 113Cooling 128Mechanical ventilation 133Optimising the artificial lighting 136Generating electricity 1385 Materials 146Heat flow 148Embodied energy 159Materials in the life cycle 1656 Strategies 176Energy concepts 177Politics, legislation,statutory instruments 183Planning process 186Sustainable architecture 190Diagnosis system for sustainablebuilding quality (DSQ) 192 Part C Case studies 198Project examples 1 to 20 200 – 257 Part D Appendix 258Parameters 258Climate data 260LCA data 262Statutory instruments, directives,standards 268References 269Picture credits 272Subject index 276