Looking at the fuel efficiency table on that same website, it looks like OP used a reasonable average fuel efficiency of 30 mpg or slightly under 8L/100km:
4 miles / 30mpg = 0.13 gallons, or 0.492 liters, so their claim of half a liter of gas also checks out.
The cheapest commercial energy in the US appears to be in North Dakota at $0.0741/kWh, so using $0.05/kWh was very generous.
Just in an attempt to be a bit more accurate, let’s assume the individual user’s television and internet router use about 900W, so we’ll use a final number of 8kW for Netflix’s power use per user.
8 kW * 60 hours= 480 kWh
And the cost of all of those kWh at $0.05:
480 kWh * $0.05 = $24.00
Or, the cost in the least expensive state in the US:
480 kWh * $0.0741 = $35.57
National average is $0.14/kWh, so unless Netflix was serving everyone out of North Dakota and Texas, their average cost per user would be much closer to $70 per user.
OP’s numbers were definitely already accurate enough for the point. Basically, there’s no possible way Netflix needs that much electricity to serve their users.
Just in an attempt to be a bit more accurate, let’s assume the individual user’s television and internet router use about 900W
An average router uses between 5 and 20w, and modern LED televisions use between 30 and 180w (on the high end). Even a worst case scenario, like an uncommonly large 60" older Plasma TV would only use around 600w.
Thanks for doing the math. I’m not gonna check it, you seem trustworthy enough.
I’m not gonna check the numbers either. Because I have no idea how. And I don’t even understand them.
So obviously he’s right!
The numbers aren’t too difficult to verify.
I found this Canadian government web page that says it’s roughly 8.9 kWh, so that checks out.
Looking at the fuel efficiency table on that same website, it looks like OP used a reasonable average fuel efficiency of 30 mpg or slightly under 8L/100km: 4 miles / 30mpg = 0.13 gallons, or 0.492 liters, so their claim of half a liter of gas also checks out.
The cheapest commercial energy in the US appears to be in North Dakota at $0.0741/kWh, so using $0.05/kWh was very generous.
The average Netflix user watches about 2 hours per day, or 60 hours per month.
Just in an attempt to be a bit more accurate, let’s assume the individual user’s television and internet router use about 900W, so we’ll use a final number of 8kW for Netflix’s power use per user.
8 kW * 60 hours= 480 kWh
And the cost of all of those kWh at $0.05: 480 kWh * $0.05 = $24.00
Or, the cost in the least expensive state in the US: 480 kWh * $0.0741 = $35.57
National average is $0.14/kWh, so unless Netflix was serving everyone out of North Dakota and Texas, their average cost per user would be much closer to $70 per user.
OP’s numbers were definitely already accurate enough for the point. Basically, there’s no possible way Netflix needs that much electricity to serve their users.
An average router uses between 5 and 20w, and modern LED televisions use between 30 and 180w (on the high end). Even a worst case scenario, like an uncommonly large 60" older Plasma TV would only use around 600w.
Yeah, I almost added “and they most certainly do not” to the end of that sentence, but I was trying to underestimate a little as well.
He shows his working though:
That alone is enough evidence to prove it was a lie.
I like to verify so I asked a LLM, it confirmed the math but also determined he is a sentient banana.
I checked them Adolf, the numbers are accurate.
o7 doing the lord’s work in the comments