Due the widespread reformation of extraction, manufacturing and energy networks in the 2030 Restriction and Recycling of Electronics Directive 2030/95/EC, new electronics are expensive and hard to come by. In this workshop we will look at upcycling old or found household electronics devices from the early millennium period. The early millennium was a time when the US consumed 3 billion batteries a year (EPA, 2011) and each manufactured laptop on a three year replacement schedule consumed 47W 24/7 in electricity from coal-fired sources (Sutherland, 2022).
In this workshop we will examine a selection of battery-powered devices to upgrade, learn how to fit them with an appropriate solar panel, and then attach hybrid supercapacitors to store the energy for an extended period. Unlike batteries, hybrid supercapacitors recharge 500,000 times (Eaton Electronics, 2022)): who doesn't have a batteryless solar calculator still working after 70 years! Low-cost consumption-free communications and entertainment are possible for everyone -- the sun's energy is already here (and it's evenly distributed). It just takes a little reuse, repair, DIY and some community networking strategies.
Type: streamed talk
Length*: 30 minutes
Date: between November 14-27
Duration: once
Language: english
Objective
explore alternative forms of energy storage in a speculative future, specifically batterylessness
increase awareness around the problem of electronics consumption and waste
apply a sustainable energy strategy proven in the internet of things field, to upcycle common consumer devices
find value out of discarded, found, or old devices instead of wasting them
Brian Sutherland is a PhD ABD student at the University of Toronto Faculty of Information studying sustainable design as applied to information practices. As part of his dissertation Brian has assembled a collection of about a hundred solar energy harvesting information providing devices and has written a history of their design and sustainable aspects, which is forthcoming. The speculative designs in this workshop present 'response objects' to these past devices. They have been tested over several years, blending modern sustainable electronics with revival design aesthetics and solarpunk DIY making.
Due the widespread reformation of extraction, manufacturing and energy networks in the 2030 Restriction and Recycling of Electronics Directive 2030/95/EC, new electronics are expensive and hard to come by. In this workshop we will look at upcycling old or found household electronics devices from the early millennium period. The early millennium was a time when the US consumed 3 billion batteries a year (EPA, 2011) and each manufactured laptop on a three year replacement schedule consumed 47W 24/7 in electricity from coal-fired sources (Sutherland, 2022).
In this workshop we will examine a selection of battery-powered devices to upgrade, learn how to fit them with an appropriate solar panel, and then attach hybrid supercapacitors to store the energy for an extended period. Unlike batteries, hybrid supercapacitors recharge 500,000 times (Eaton Electronics, 2022)): who doesn't have a batteryless solar calculator still working after 70 years! Low-cost consumption-free communications and entertainment are possible for everyone -- the sun's energy is already here (and it's evenly distributed). It just takes a little reuse, repair, DIY and some community networking strategies.
Type: streamed talk
Length*: 30 minutes Date: between November 14-27
Duration: once Language: english
Objective
Presenter(s)
Name: Brian Sutherland Email: b.sutherland@utoronto.ca Url(s): https://ischool.utoronto.ca/profile/brian-sutherland/ Twitter: https://twitter.com/bksutherland
Presenter Bio
Brian Sutherland is a PhD ABD student at the University of Toronto Faculty of Information studying sustainable design as applied to information practices. As part of his dissertation Brian has assembled a collection of about a hundred solar energy harvesting information providing devices and has written a history of their design and sustainable aspects, which is forthcoming. The speculative designs in this workshop present 'response objects' to these past devices. They have been tested over several years, blending modern sustainable electronics with revival design aesthetics and solarpunk DIY making.
Eaton Electronics. (2021). Technical Data 11043: HS/HSL Supercapacitors. Eaton Electronics. https://www.eaton.com/content/dam/eaton/products/electronic-components/resources/data-sheet/eaton-supercapacitor-hybrid-cylindrical-cells-data-sheet.pdf
EPA - United States Government. (2011, February 2). Batteries | Common Wastes & Materials | US EPA. https://web.archive.org/web/20110202212818/http://www.epa.gov/waste/conserve/materials/battery.htm
Sutherland, B. (2022). Strategies for Degrowth Computing. 6. https://computingwithinlimits.org/2022/papers/limits22-final-Sutherland.pdf