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Contents

Оглавление

List of Figures

List of Tables

Introduction

Chapter 1 - Construction Design

Urban Scale

Prototype Scale

Chapter 2 - Water Management System

System Design

Design Criteria

Storage

Rainwater Volume Calculation

Ground Water System

Drinking Water Tanks

Plumbing System

Water Budget

Chapter 3 - Energy Management System

Electrical System Design

Solar Energy Resource

Energy Efficiency Design Narrative

Technical Project Manual

Project Dimensions:

AC Systems

Domestic Hot Water

Electrical Energy production

Energy Consumption

Energy Balance

List of singular and innovative materials and systems

Chapter 4 - Innovation

Innovation in Engineering and Construction

Lightweight Concrete

Thermal Conductivity

Water Use Reduction

Innovation in Energy Efficiency

Innovation Through Energy Efficiency.

Benefits of efficient selection of components of the electrical and photovoltaic system equipment.

Benefits of deployment of control sensors step.

Use of Natural Light

Use of Led Lighting

Chapter 5 - Sustainability

Introduction

Water Strategies

Water Cycle

Catchment

Distribution and use

Reuse

Outputs

Solid Waste Management

Rainwater

Greywater

Solid waste

Materials

Lightweight Concrete with Addition of Stone Coal (PC)

Calculation of Ecological Footprint

Life Cycle Stage Analysis

Making of materials

Solar Facilities

References

Footnotes

Water and Energy Engineering for Sustainable Buildings Mihouse Project

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