Technology Connections - You are being misled about renewable energy technology.
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Thanks for mentioning the last 30 minutes, but for additional clarity, there is a fake ending 30 minutes before the actual ending. Please watch those last 30 minutes!
Love the rant
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They're lying.
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Amazing video by Technology Connections. It's a long one, but don't miss his 30 minute angry rant at the end.
A technology connections video with a 30 minite rant??
watches video
oh. -
First hour: Developing a detailed intuition for exactly how solar and wind energy work and what makes them so much better than oil (without mentioning climate change or pollution)
Last 30 min: Establishing a baseline moral framework that everyone can get behind, and explaining that under this framework a revolution against the Trump regime would be entirely justified but at a minimum we absolutely must vote against Republicans in the 2026 and 2028 elections.
As someone in the comments put it: he explains solar and then goes nuclear.
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I will always upvote technology connections, I have watched so many videos of his about things I would have thought i couldn't care less about and enjoyed them all!
This!!!
My highlight was the non lightening brake lights on electric cars when they are recuperating
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First hour: Developing a detailed intuition for exactly how solar and wind energy work and what makes them so much better than oil (without mentioning climate change or pollution)
Last 30 min: Establishing a baseline moral framework that everyone can get behind, and explaining that under this framework a revolution against the Trump regime would be entirely justified but at a minimum we absolutely must vote against Republicans in the 2026 and 2028 elections.
As someone in the comments put it: he explains solar and then goes nuclear.
Damn, I love his stuff anyway, but this time I'm looking forward to watching it just to see how he incorporates a call for revolution against his government into a video about solar panels, haha
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They're lying.
Who's lying, and about what?
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Gotta watch the video to find out.
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This!!!
My highlight was the non lightening brake lights on electric cars when they are recuperating
That pisses me off to no end. The car knows how fast it is going, it has to show you. Just make the lights come on based on deceleration, regardless of how it happens. It doesn't even need dedicated hardware. It's just lazy coding and development.
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Amazing video by Technology Connections. It's a long one, but don't miss his 30 minute angry rant at the end.
Not finished it yet but it annoys me so much that for some reason it is VASTLY cheaper for me to buy a briefcase or two full of batteries for my house than it is for the same to be done in bulk at the scale of the grid.
Just batteries would cut my energy costs to about a third of their current rate by charging them at cheaper off peak prices. Isn't it insane that this is a feature of the current energy market?
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Gotta watch the video to find out.
Thanks for the detailed and thorough response
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Not finished it yet but it annoys me so much that for some reason it is VASTLY cheaper for me to buy a briefcase or two full of batteries for my house than it is for the same to be done in bulk at the scale of the grid.
Just batteries would cut my energy costs to about a third of their current rate by charging them at cheaper off peak prices. Isn't it insane that this is a feature of the current energy market?
It is in some markets. California PG&e has it, Texas is offering subsidies in some cities for it, and I've heard that it's becoming popular in the UK too (octopus iirc).
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A technology connections video with a 30 minite rant??
Isn't that just the standard format for technology connections?
Looks at runtime
Oh, this is gonna be a good one!
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Thanks for the detailed and thorough response
You're welcome!
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Thanks for mentioning the last 30 minutes, but for additional clarity, there is a fake ending 30 minutes before the actual ending. Please watch those last 30 minutes!
Damn that last 30 minutes went HARD. I got chills.
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Thanks for the detailed and thorough response
What, exactly, did we expect from someone named "fuckwit_mcbumcrumble"...? lol
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It is in some markets. California PG&e has it, Texas is offering subsidies in some cities for it, and I've heard that it's becoming popular in the UK too (octopus iirc).
I forget the exact rates but the time-of-use pricing from PG&E was pretty good. Cheaper rates from 9pm to about 6am. After getting used to it running large appliances like dishwasher and laundry became easy.
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Amazing video by Technology Connections. It's a long one, but don't miss his 30 minute angry rant at the end.
undersells the advantage of solar over corn ethanol land use by a lot. At least 2x. Excluding high energy/equipment cost of fermenting ethanol, overstating mileage, and understating EV mileage. The point of ethanol is purely to pay farmers for useless work, but they can make far more with less work from solar. Corn farmers in US have lost money for 4 consecutive years. Excluding land costs, their costs is $650/acre/year, excluding their time/labour. Cashflow per acre $97 @ $4/bushel. At 2.5 hours/day for $30/hour, profit before rent-equivalent drops to $22/acre
In Nebraska, solar costs $1/watt to install (before recent permitting BS). China costs $0.50/w (no tariffs, cheaper construction services/equipment). An acre in Nebraska can hold 400kw of solar, and produce 630k kwh/year (edit: correction). It breaks even at 5c/kwh with 5% financing of whole installation (with system paid off in 25 years, even though it keeps producing) including $4000 O&M costs (high, because its washing dust and leaves 1-2 times per week). Every 1c/kwh revenue higher is $6300/acre profit,
Since ethanol is just a gift to farmers/rural land owners. Giving them 2%/financing rate as the gift and 4c/kwh in revenue is the same profit per acre, and at 5c/kwh, massively higher ($6300) profit. For US car drivers, instead of paying $0.12/mile (a 25mpg gasoline car will use 5.4 gallons ethanol/100 miles at $2.20/gallon). 18c/kwh charging for EV means $0.05/mile. Massive cost reduction already, but tariffs and other BS removal can provide significantly more value for farmers and drivers.
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I forget the exact rates but the time-of-use pricing from PG&E was pretty good. Cheaper rates from 9pm to about 6am. After getting used to it running large appliances like dishwasher and laundry became easy.
Yeah, and borderline extortionate pricing from 2pm-6pm
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undersells the advantage of solar over corn ethanol land use by a lot. At least 2x. Excluding high energy/equipment cost of fermenting ethanol, overstating mileage, and understating EV mileage. The point of ethanol is purely to pay farmers for useless work, but they can make far more with less work from solar. Corn farmers in US have lost money for 4 consecutive years. Excluding land costs, their costs is $650/acre/year, excluding their time/labour. Cashflow per acre $97 @ $4/bushel. At 2.5 hours/day for $30/hour, profit before rent-equivalent drops to $22/acre
In Nebraska, solar costs $1/watt to install (before recent permitting BS). China costs $0.50/w (no tariffs, cheaper construction services/equipment). An acre in Nebraska can hold 400kw of solar, and produce 630k kwh/year (edit: correction). It breaks even at 5c/kwh with 5% financing of whole installation (with system paid off in 25 years, even though it keeps producing) including $4000 O&M costs (high, because its washing dust and leaves 1-2 times per week). Every 1c/kwh revenue higher is $6300/acre profit,
Since ethanol is just a gift to farmers/rural land owners. Giving them 2%/financing rate as the gift and 4c/kwh in revenue is the same profit per acre, and at 5c/kwh, massively higher ($6300) profit. For US car drivers, instead of paying $0.12/mile (a 25mpg gasoline car will use 5.4 gallons ethanol/100 miles at $2.20/gallon). 18c/kwh charging for EV means $0.05/mile. Massive cost reduction already, but tariffs and other BS removal can provide significantly more value for farmers and drivers.
Also if making a fuel (that is also key input for local fertilizer production for neighbour farmers) is important, H2 electrolysis at 5c/kwh input makes $3.50/kg H2. equivalent to above 17.5c/kwh EV charging, excluding the battery charger losses. It is 10x cheaper to move by pipe than it is to move electricity by wire, while also doubling as storage, and even better home energy applications by using waste heat for free hot water. H2 has same 2.4x advantage over ethanol cost, but you can produce an unlimited amount to sell to places that need more energy seasonally, or to blast stuff into space.
