Could urban farming feed the world?
From back gardens to hi-tech hydroponics, the future of food doesn’t have to be rural
Saul Griffith- PopTech 2008
Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.
Degree Day Calculator
Our Degree Day Calculator is the easiest and most reliable way to calculate Heating and Cooling Degree Days. No more copy/pasting Excel data, no complicated formulas - just a single click for your specific location. Being used by architects, energy, real estate and factory managers around the world, it's safe to say that it is indeed one of the best tools available.
Heating people, not spaces
These days, we provide thermal comfort in winter by heating the entire air volume in a room or building, an approach that consumes a lot of fossil fuels. In this series of articles, LOW←TECH MAGAZINE focuses on our forebear’s concept of heating, which was more localized. They used radiant heat sources that warmed only certain parts of a room, creating micro-climates of comfort, and they used personal heating sources that warmed specific body parts. It would make a lot of sense to restore this old way of warming, especially since newer technology has made it much more practical, safe, and efficient. By placing heating technology in a historical context, LOW←TECH MAGAZINE challenges the high-tech approach to sustainability and highlights the possibilities of alternative solutions.
Contents table:
Restoring the Old Way of Warming: Heating People, not Spaces
Insulation: First the Body, then the Home
The Revenge of the Hot Water Bottle
Energy Labels Oblige Frugal Homeowners to Make Unsustainable Investments
How to Keep Warm in a Cool House
Sunbathing in the Living Room: Tile Stoves and Other Radiant Heating Systems
Heat Storage Hypocausts: Air Heating in the Middle Ages
The Revenge of the Circulating Fan
Jean-Marc Jancovici @ MIT Media Lab: Will technology save us from Climate Change ?
Jean-Marc Jancovici was invited for a talk by the MIT Media Lab : https://www.media.mit.edu/events/will-technology-save-us-from-climate-change/Slides : http...
Appliance modelling guide
U-value to R-value to RSI converter (ubakus.com)
Convert your U-value to R-value or RSI and vice versa
How to Compute Heating and Cooling Degree Days in Excel
This is the 4th video in a multi-part tutorial on how to acquire daily weather data for a specific place, caclulate monthly and annual averages, and calculate heating and cooling degree days. In this video we calculate monthly heating and cooling degree days in Excel.
Food security: vertical farming sounds fantastic until you consider its energy use
Vertical farms grow more food but use much more energy, so let's consider other kinds of urban agriculture.
Design Energy Simulation for Architects: Guide to 3D Graphics by Kjell Anderson
Design Energy Simulation for Architects book. Read reviews from world’s largest community for readers. Energy modeling calculations for urban, complex bu...
Thermal Delight in Architecture by Lisa Heschong
Thermal Delight in Architecture book. Read 18 reviews from the world's largest community for readers. Our thermal environment is as rich in cultural asso...
Energy and Civilization: A History by Vaclav Smil
Energy and Civilization book. Read 121 reviews from the world's largest community for readers. A comprehensive account of how energy has shaped society t...
PopTech 2008: Saul Griffith
Inventor, engineer and MacArthur Genius Grant-winner Dr. Saul Griffith thought he was an eco-prude, until he audited his total power consumption and learned he burns three times as much energy as the average European, and eight times as much as the average Carribeaner. Watch as he unveils Wattzon.com, a free online tool anyone can use to gain a deep understanding of their total energy footprint - and how to reduce their role in climate change.
Saul Griffith | The Energy Problem(s) - Following the Numbers
Otherlab is a research and development firm focusing on renewable and clean energy, robotics, automation, digital fabrication, adaptive textiles, advanced manufacturing, and computational design tools. Similar to an accelerator/incubator, but with internally developed ideas, we nurture projects through the initial R&D phase, to forming entities within Otherlab, and eventually fundraising and spinning out into independently operating companies. In the past 5 years, Otherlab has collaborated with Stanford, MIT, Berkeley, Harvard, NASA, Autodesk, GE, Ford, Google, Motorola, IDEO, and a host of...
Peak Energy & Resources, Climate Change, and the Preservation of Knowledge
Collapse or Extinction?
LOW-TECH MAGAZINE
Doubts on progress and technology window.cookieconsent_options = {"message":"This website uses cookies.","dismiss":"Got it!","learnMore":"More info","link":null,"theme":"light-bottom"}; ...
One Point Twenty-One Jigawatts (Episode 3 of Crazy Town)
What would we do without energy? The short answer is, “Nothing, absolutely nothing.” And sadly, most people know next to nothing about energy and its fundamental role in society and life itself.