This book is for anyone who wants to better understand how energy is used in buildings, and how to drive down operational energy use â whether youâ re an architect, student, client, building services engineer, contractor, building operator or other stakeholder.
This book is for anyone who wants to better understand how energy is used in buildings, and how to drive down operational energy use â whether youâ re an architect, student, client, building services engineer, contractor, building operator or other stakeholder.
Judit Kimpian is an architect and environmental policy expert based in London. After 20 years in practice, she currently teaches low-energy architecture and planning at UCL and chairs the Architects Council of Europe's Sustainable Architecture Group, focusing on embedding feedback in design and construction to deliver a net zero built environment Sofie Pelsmakers is an environmental architect, educator, and researcher in sustainable housing design and architecture at Tampere University, Finland. She is author of the Environmental Design Pocketbook (RIBA, 2015), and guest-edited Everything Needs to Change - Architecture and the Climate Emergency (Design studio, RIBA, 2021). Hattie Hartman is sustainability editor at the Architects' Journal, London. She participates widely in industry juries, chairs events and lectures on mainstreaming green design. She is the author of London 2012 Sustainable Design (Wiley, 2012).
Inhaltsangabe
Introduction 1 The challenge 2 Design for people 3 Energy basics and benchmarks 4 Design for feedback 5 Building context and configuration 6 Fabric first 7 Integrating technical systems 8 Control systems and user experience 9 Case study 1: Everyman Theatre, UK; Case study 2: Morelands rooftop office; Case study 3: Carrowbreck Meadow, UK; Case study 4: Rocky Mountain Institute Innovation Center, USA; Case study 5: Frederiksbjerg School, Denmark; Case study 6: Kenysham Civic Centre, Library & Information Service, UK; Case study 7: UEA's Enterprise Centre, UK 10 Contract for performance; Conclusion
Introduction 1 The challenge 2 Design for people 3 Energy basics and benchmarks 4 Design for feedback 5 Building context and configuration 6 Fabric first 7 Integrating technical systems 8 Control systems and user experience 9 Case study 1: Everyman Theatre, UK; Case study 2: Morelands rooftop office; Case study 3: Carrowbreck Meadow, UK; Case study 4: Rocky Mountain Institute Innovation Center, USA; Case study 5: Frederiksbjerg School, Denmark; Case study 6: Kenysham Civic Centre, Library & Information Service, UK; Case study 7: UEA's Enterprise Centre, UK 10 Contract for performance; Conclusion
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