Оглавление
Varios autores. Water and Energy Engineering for Sustainable Buildings Mihouse Project
Credits and Acknowledgments
List of the Mihouse Team
Contents
List of Figures
List of Tables
Introduction
Chapter 1. Construction Design
Urban Scale
Prototype Scale
Chapter 2. Water Management System
System Design
Design Criteria
System components
Storage
Rainwater Volume Calculation
Method 1
Method 2
Size and number of downpipes
Groundwater System
Drinking Water Tanks
Storage volume for the Drinking water tank
Plumbing System
Greywater collection system
Water Budget
Chapter 3. Energy Management System
Electrical System Design
Solar Energy Resource
Photovoltaic System Design
Maintenance Plan
Produced Energy
Electrical Load Study
Solar system design and simulation
Electrical Energy Balance Simulation
Annual Production
Condition Set
Electrical estimated consumption
Solar Thermal Design
Energy Efficiency Design Narrative
Energy Consumption
Energy Balance
Chapter 4. Innovation
Innovation in Engineering and Construction
Lightweight Concrete
Thermal Conductivity
Water Use Reduction
Innovation in Energy Efficiency
Innovation Through Energy Efficiency
Use of Natural Light
Use of Led Lighting
Chapter 5. Sustainability
Introduction
Water Strategies
Strategies for Reducing Water Consumption
Water Cycle
Rainwater
Greywater
Solid waste
Materials
Lightweight Concrete with Addition of Stone Coal (PC)
Calculation of Ecological Footprint
Life Cycle Stage Analysis
Solar Facilities
References
Footnotes
Отрывок из книги
The MIHOUSE team wants to thank the Faculties of Engineering, Economic Sciences and Social Communication at the Universidad Autónoma de Occidente (UAO) and Architecture at the Universidad de San Buenaventura (USB) that supported the development of the project:
The Energetic and Mechanics Department at UAO, which provided the electrical, environmental, and waste and water management solutions.
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Lightweight Concrete
Thermal Conductivity
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