Скачать или смотреть How You Can Design Your Home to be More Sustainable

How do you achieve a sustainable home? Is it the orientation, materials, and all the technology, such as solar panels, or is it simply doing less? Sustainable architecture is about working with the environment, not against it, to reduce its negative impact on the environment.

In this video, I talk about five key design principles for a sustainable home, from passive design to materials, and how sustainability does not need to be complex; but rather, a simple approach can result in your home being cheaper to run, healthier, more comfortable to live in, and is respectful of the climate and kinder to the planet.

Keep in mind that I talk about these design principles broadly. If you wish to apply these to your own future home design, you will need to consider things like where you live, context, climate, access, budget, personal needs, etc.

Chapters
00:00 - Introduction
00:36 - Principle 1 - Passive Design
01:39 - Principle 2 - Energy Efficient
02:10 - Principle 3 - Systems and Technology
03:13 - Principle 4 - Footprint
04:02 - Principle 5 - Materials
04:46 - Conclusion

Website article;
https://simpledwelling.net/episodes/d...

An Eco-Friendly Home That Uses Biophilic Design Principles to Connect With Nature
   • How This Eco-Friendly Home Uses Biophilic ...  

This Off-Grid Limestone and Timber House Is One of Australia’s Most Sustainable Homes
   • This Off-Grid Limestone and Timber House I...  

Join to have the Simple Edition delivered to your inbox every month;
https://simpledwelling.net/simple-edi...

Support what I do by becoming a channel member;
   / @simpledwelling  

Simple Dwelling
https://www.simpledwelling.net
  / simple_dwelling  
  / simple_dwelling  

For business inquires, advertising, sponsorship, etc, visit https://www.simpledwelling.net/advertise

Produced by Simple Dwelling
Filmed and Edited by Simple Dwelling / Anthony Richardson

Music via https://artlist.io
Fake Table by Benno

#HomeDesign #SustainableDesign #Sustainability