Hierarchy of Energy in Architecture

Ravi Srinivasan is Assistant Professor of Low / Net Zero Energy Buildings at the College of Design, Construction and Planning at the University of Florida, USA. He develops and teaches new courses related to low and net zero energy buildings in both the undergraduate and graduate programs, enhancing the school’s internationally recognized sustainable construction management program, researching and establishing net zero and low energy building frameworks, and organizing student competitions. He has more than 50 technical publications in peer-reviewed journals, refereed conference papers, and research reports.Kiel Moe is Associate Professor of Architecture and Energy at the Graduate School of Design at Harvard University, USA, where he is Co-Director of the MDes program, Co-Coordinator of the Energy & Environments MDes concentration, and Co-Director of the Energy, Environments, and Design Research Unit. He is author of Insulating Modernism: Isolated and non-isolated thermodynamics in architecture (2014), Convergence: An architectural agenda for energy (2013), Thermally Active Surfaces in Architecture (2010), and Integrated Design in Contemporary Architecture (2008). He was co-editor, with Ryan Smith, of Building Systems: Design technology & society (2012).

• List of Figures and Tables Series Editor’s Preface Preface Acknowledgments Part 1: Fundamentals 1. Energy, Entropy, Exergy, & Emergy 2. Emergy Analysis Methodology 3. Comparing Emergy Analysis with Life Cycle Assessment Tools Part 2: Applications 4. Emergy Evaluation of Mobile Kiosk 5. Emergy Evaluation of Rinker Hall Appendices 6. Glossary of Terms 7. Annotated References 8. Comprehensive List of Solar Transformities

'The full transition to a renewable economy will only become possible when architects understand the different qualities of the materials, power sources, and settlement patterns with which they work. In The Hierarchy of Energy, Srinivasan and Moe explain the concepts and tools needed for environmental building design, and situate architecture within the self-organization of human and natural ecosystems.' - Dr. William W. Braham, FAIA, Director, Master of Environmental Building Design, University of Pennsylvania, USA