
Water and Energy Engineering for Sustainable Buildings Mihouse Project
By Varios AutoresLength2h 24m
About this audiobook
The Mihouse project is the result of an interinstitutional and interdisciplinary work developed by professors and students from the faculties of engineering, economic sciences and social communication of the Universidad Autónoma de Occidente (UAO) and architecture at the Universidad de San Buenaventura (USB) both located in Cali, Colombia. Within the framework of this project, students from the UAO Renewable Energy and lntegrated Water Resource Management research groups participated in this project, both in charge of the UAO professors. As a result of this project, two publications have been developed; the first one focused on sustainable architecture and bioclimatic architecture and the second one focused on water and energy engineering for sustainable buildings.
Audiobook details
GenreTechnology, Business and Economics
Length2 hrs 24 mins
Narrated byListen with 1,000+ voices
FormateBook with Audio
Publish dateJul 31, 2020
LanguageSpanish
Table of contents
1Introduction
2Chapter 1 - Construction Design
3Urban Scale
4Prototype Scale
5Chapter 2 - Water Management System
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6System Design
7Design Criteria
8Storage
9Rainwater Volume Calculation
10Ground Water System
11Drinking Water Tanks
12Plumbing System
13Water Budget
14Chapter 3 - Energy Management System
15Electrical System Design
16Solar Energy Resource
17Energy Efficiency Design Narrative
18Technical Project Manual
19Project Dimensions:
20AC Systems
21Domestic Hot Water
22Electrical Energy production
23Energy Consumption
24Energy Balance
25List of singular and innovative materials and systems
26Chapter 4 - Innovation
27Innovation in Engineering and Construction
28Lightweight Concrete
29Thermal Conductivity
30Water Use Reduction
31Innovation in Energy Efficiency
32Innovation Through Energy Efficiency.
33Benefits of efficient selection of components of the electrical and photovoltaic system equipment.
34Benefits of deployment of control sensors step.
35Use of Natural Light
36Use of Led Lighting
37Chapter 5 - Sustainability
38Introduction
39Water Strategies
40Water Cycle
41Catchment
42Distribution and use
43Reuse
44Outputs
45Solid Waste Management
46Rainwater
47Greywater
48Solid waste
49Materials
50Lightweight Concrete with Addition of Stone Coal (PC)