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Full Description
Both professionals and students are increasingly committed to achieving high-performance metrics in the design, construction and operation of residential buildings. This book responds to this demand by offering a comprehensive guide which features:
architectural innovations in building skin technologies which make lighter more transparent buildings high performing
energy-free architectural design principles and advances in building-integrated photovoltaics
essential engineering principles, controls and approaches to simulation for achieving net zero
the advantages of integrated design in residential construction and the challenges and opportunities it engenders
detailed case studies of innovative homes which have incorporated low-energy design solutions, new materials, alternative building assemblies, digital fabrication, integrated engineering systems and operational controls.
Divided into four parts, the book discusses the requisite AEC (Architecture, Engineering and Construction) knowledge needed when building a high-performance home. It also communicates this information across four case studies, which provide the reader with a thorough overview of all aspects to be considered in the design and construction of sustainable homes. With contributions from experts in the field, the book provides a well-rounded and multi-faceted approach.
This book is essential reading for students and professionals in design, architecture, engineering (civil, mechanical and electrical), construction and energy management.
Contents
Introduction: Household Power: How Much is Enough? Part 1: Building Envelopes, New Materials and Architectural Design 1.1. Energy Free' Architectural Design - The Case of PassivHaus and Double Skin Facades 1.2. Translucent Building Skins - Advancing the Technology of Light Transmission 1.3. Responsive Building Envelopes: Characteristics and Evolving Paradigms 1.4. Nano-Materials + Bio Insulators + Phase Change Materials Part 2: Renewable Energies, Building Systems and Simulations 2.1. The Design Integration of Renewable Energies 2.2. Systems Integrated Photovoltaics, SIPV 2.3. Building Systems, Controls and Automation 2.4. Building Performance and Computational Simulation Part 3: Integrated Practice and Residential Construction 3.1. Integrated Project Delivery - Contracting for High Performance 3.2. Energy and the Integrative Design Process, Defining the Team of Experts 3.3. The Construction of Low Energy Prefabricated Housing in Denmark 3.4. From Modeling to Making, Parametric Design and Digital Fabrication Part 4: High Performance Homes: Case Studies 4.1. LumenHaus and the Eclipsis Sun Control System 4.2. Project Icarus: Optimizing Light and Energy in the Design of a Translucent Roof 4.3. North House: Climate Responsive Envelope and Control System 4.4. Modular Building; Three Scales/Three Strategies
