hand-holding-seedlingSustainable websites

Screenshot from Low-tech magazine: Book cover. How to build a low-tech internet?arrow-up-right, Kris De Decker, 166 pages, Low-tech Magazine, 2023.

The internet uses a massive amount of natural resources including water (used to generate electricity for servers and devices) and greenhouse gas emissions like CO2. As of 2020, the carbon footprint of internet usagearrow-up-right (and devices needed to support it) was 3.7% of all global greenhouse emissions, a number that is expected to double by 2025.

A 2021 Yale study foundarrow-up-right that the increase in working at home during the pandemic, and general shift to online activity (a 40% increase worldwide), resulted in an additional 42.6 million megawatt-hours of electricity needed to power data transmission and power centres. Data centres also use up a great deal of waterarrow-up-right —1-5 million gallons of water per day — for large data centres (the equivalent of a town of 10-50K people).

Hence, sustainable and low resource websites and platforms are crucial for conserving energy and water. Organisations like Green Web Foundationarrow-up-right allow internet users to verify how “green” the websites they visit are. Other initiatives like the sustainable web manifestoarrow-up-right, urge web developers to apply greener standards to their work.

Below we showcase two online magazines, Low tech magazine and Branch, which operate green websites, relying on solar power. Both also promote greener technologies through the content of their work.

Screenshot from Low Tech Magazine (Jan 2024)

Low tech magazinearrow-up-right is a self hosted, solar powered website. In order to make the website less resource intensive, the designers decided to use a static site, using default typefaces, offline reading options and a limited colour palette. Due to its low energy usage, the website is more accessible to users with older devices and those with slower internet connections. Because it is solar powered, it will sometimes go offline during long periods of cloudy weather (it is powered by 1-2.5 watts of solar power by an off-grid system on the author’s balcony in Barcelona).

Entry last updated: January 2024

Last updated: January 2024

Last updated

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