The statement strikes me as overblown extreme position staking.
I use AI in my work, not every day, not even every week, but once in a while I’ll run 20-30 queries in a multi-hour session. At the estimated 2Wh per query, that puts my long day of AI code work at 60Wh.
By comparison, driving an electric car consumes approximately 250Wh per mile. So… my evil day spent coding with AI has burned as much energy as a 1/4 mile of driving a relatively efficient car, something that happens every 15 seconds while cruising down the highway…
In other words, my conscience is clear about my personal AI energy usage, and my $20/month subscription fee would seem to amply pay for all the power consumed and then some.
Now, if you want to talk about the massive data mining operations taking place at global-multinational corporations, especially those trolling the internet to build population profiles for their own advantages and profit… that’s a very different scale than one person tapping away at a keyboard. Do they scale up to the same energy usage as the 12 million gallons of jet fuel burned hourly by the air travel (and cargo) industries? Probably not yet.
9.6kWh of energy in a gallon of jet fuel, so just jet fuel consumption is burning over 115 Gigawatts on average, 24-7-365.
I hope your recycling is net carbon neutral as well. Example: how much CO2 is released by a recycling program which sends big diesel trucks all over the city to collect recyclables including cardboard, sorting that cardboard at a facility, shipping a small fraction of that to a pulp recycling facility and making recycled cardboard from the post-consumer captured pulp? Consider the alternative to be: torching the cardboard at the endpoint of use - direct conversion to CO2 without the additional steps.
Don’t forget: new from pulpwood cardboard also is contributing to (temporary) carbon capture by growing the pulpwood trees which also provides groundwater recharge and wildlife habitat on the pulpwood tree farms - instead of the pavement, concrete, steel, electricity and fuel consumption of the recycling process.
I did some research and according to some AI’s this is true. According to some other AI’s this is false.
The statement strikes me as overblown extreme position staking.
I use AI in my work, not every day, not even every week, but once in a while I’ll run 20-30 queries in a multi-hour session. At the estimated 2Wh per query, that puts my long day of AI code work at 60Wh.
By comparison, driving an electric car consumes approximately 250Wh per mile. So… my evil day spent coding with AI has burned as much energy as a 1/4 mile of driving a relatively efficient car, something that happens every 15 seconds while cruising down the highway…
In other words, my conscience is clear about my personal AI energy usage, and my $20/month subscription fee would seem to amply pay for all the power consumed and then some.
Now, if you want to talk about the massive data mining operations taking place at global-multinational corporations, especially those trolling the internet to build population profiles for their own advantages and profit… that’s a very different scale than one person tapping away at a keyboard. Do they scale up to the same energy usage as the 12 million gallons of jet fuel burned hourly by the air travel (and cargo) industries? Probably not yet.
9.6kWh of energy in a gallon of jet fuel, so just jet fuel consumption is burning over 115 Gigawatts on average, 24-7-365.
I hope you recycle as well!
I hope your recycling is net carbon neutral as well. Example: how much CO2 is released by a recycling program which sends big diesel trucks all over the city to collect recyclables including cardboard, sorting that cardboard at a facility, shipping a small fraction of that to a pulp recycling facility and making recycled cardboard from the post-consumer captured pulp? Consider the alternative to be: torching the cardboard at the endpoint of use - direct conversion to CO2 without the additional steps.
Don’t forget: new from pulpwood cardboard also is contributing to (temporary) carbon capture by growing the pulpwood trees which also provides groundwater recharge and wildlife habitat on the pulpwood tree farms - instead of the pavement, concrete, steel, electricity and fuel consumption of the recycling process.
“Dear expensive thing: Are you wasteful?”
“Uh…yes? Wait! No…”