Video Source | The ꓥrchitecture Gazette
Music Source | “My Best Melody” catatau5 | Link
References / Additional Reading |
1) Alliance for Water Efficiency | https://bit.ly/2T2nynY
2) CINAGRO™ Products | https://amzn.to/2SbZdfo
Video Source | The ꓥrchitecture Gazette
Music Source | “My Best Melody” catatau5 | Link
References / Additional Reading |
1) Alliance for Water Efficiency | https://bit.ly/2T2nynY
2) CINAGRO™ Products | https://amzn.to/2SbZdfo
While researching various Passive Strategies and Technologies for the Building Envelope, we came across ‘Cool Roofs‘. We realized that this is a simple, low cost technology with large potential benefits. These include – Energy savings, Reduction of Urban Heat Island Effect and Greenhouse Gas Emissions, enhanced Durability of roofs, and Resilience to extreme heat 1.
Thus, this week’s Article and Video are dedicated to this important idea. The Video 2 , 3 , 4 outlines the Need for Cool Roofs and how they Protect Buildings. In the Article, we cover Initiatives by various parties working in the direction. We also look at some successful Case-Studies that could become models for future developments.
Due to multiple possible benefits, the technology has caught the attention of International actors, Indian central, state and local governments, as well as the Private sector. Their attempt is to use Cool Roofs for large scale Impact at the Building and Urban scales.
The above efforts are helping common people as well as experts to understand and utilize Cool Roofs, by providing technical information, tools and answers to common questions. The following examples showcase successes in the field.
We leave you with the following questions –
Let us know! We would love to provide a platform, to showcase your project and spread more useful information.
Video Source:
The Architecture Gazette
Music Source:
“My Best Melody” catatau5 | Link
Data Sources:
Video Source | The Architecture Gazette
Music Source | “My Best Melody” catatau5 | Link
Data Sources |
“The harmony of natural law reveals an intelligence of such superiority that, compared with it, all the systematic thinking and acting of human beings is an utterly insignificant reflection.”
-Albert Einstein
Contemplating this powerful quote by Einstein could send chills down your spine. Our insignificance in the face of Nature’s power, begs us to show more humility. Nature doesn’t fear our walls, and everyday Climate related calamities should teach us better. It is ultimately in all of our favor, to Build with Nature, instead of withstanding it!
Following this chain of thought, today we look at Integration of Built with Water. Such a synergy with Water has positive effects on Micro-Climate and Energy Loads.
However, insects can be attracted to areas of vegetation and water. While all insects are not harmful they may not always be welcome in an urban setting.
Let’s look at some ways to address this issue-
1) Deeper water could prevent mosquitoes, since larvae prefer shallow water bodies of less than 2 feet
2) Natural pest Predators like Dragonflies are garden heroes
3) Select Plant Species that repel pests – Lavender, Citronella Grass, Marigolds
Read more here.
Video Source:
The Architecture Gazette | Sustꓥinꓥble Snippets
Music Source:
“Almost New” Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/
Data Sources:
Video Source:
The Architecture Gazette | Sustꓥinꓥble Snippets
Music Source:
“Almost New” Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License
http://creativecommons.org/licenses/by/3.0/
Data Sources:
Sustꓥinꓥble Snippets
A 16 km (once the campus is completed) tunnel network of Air Earth tunnels, will be running 4 m below the ground in NIIT University, Neemrana Campus. Surface temperature and seasonal variations do not penetrate below this depth, keeping air temperature constant throughout the year. Fans will pull cool air through these tunnels. This would then be taken through precipitators to eliminate dust and would be supplied to the building through ducts. The result! – Pleasant 25oC temperatures indoors, without the use of air-conditioning, when temperatures outside are nearing 50oC1.
Read the whole article here –
Graphic Source:
The Architecture Gazette | Sustꓥinꓥble Snippets
Data Source:
This is part of a series of posts based on scripts, written for class presentations during our Masters in Integrated Sustainable Design at National University of Singapore.
The class had to analyse various complex systems in Singapore, as a precursor to the Design problem in Studio. The systems included are – Red (energy), Blue (Water), Green I (Biodiversity), Green II (Food) and Grey (Public Space).
The following posts elaborate on the Red System.
The 4 parts of the series till now outline the existing Energy system of Singapore – its timeline, characteristics, issues. We saw a Sankey diagram in Part 3/5 detailing existing flows and exchanges, while Part 4/5 elaborated on the System Structure at 3 scales.
This final part talks of an ‘After‘ Scenario where we propose a ‘Restructuring‘ to address issues and gaps – to improve self sufficiency and reduce emissions.
The issues at hand which create possible vulnerabilities are –
Continue reading “Part 5/5: The Red System (Energy), Singapore”