Energy Manual: Sustainable Architecture

Preface\nPart A Positions\n	1 Global change\n	2 Energy change\n	3 Architecture and sustainability -a difficult relationship\n	4 Doing things right - on efficiency and sustainability\n	5 Solar Architecture\n	6 Planning and building in life cycles\nPart B Planning\n	1 Fundamentals\n		Global boundary conditions\n		Energy\n		Climate and comfort\n	2 Urban space and infrastructure\n		Land use\n		Planning to suit the location\n		Infrastructure and technical services\n	3 Building envelope\n		Maintaining and gaining heat\n		Avoiding overheating\n		Decentralised ventilation\n		Using the daylight\n		Generating electricity\n	4 Building services\n		Sustainable building services\n		Heating\n		Cooling\n		Mechanical ventilation\n		Optimising the artificial lighting\n		Generating electricity\n	5 Materials\n		Heat flow\n		Embodied energy\n		Materials in the life cycle\n	6 Strategies\n		Energy concepts\n		Politics, legislation, statutory instruments\n		Planning process\n		Sustainable architecture\n		Diagnosis system for sustainable building quality (DSQ)\nPart C Case studies\n	Project examples 1 to 20\nPart D Appendix\n	Parameters\n	Climate data\n	LCA data\n	Statutory instruments, directives, standards\n	Bibliography\n	Picture credits\n	Subject index