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For solar farm daytime temperatures to be incrementally cooler the net albedo of the solar panels (after subtracting the solar radiation converted to electricity) must be effectively higher than bare earth, not lower.
Your numbers are made up. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
Your numbers are made up. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
Don't be silly. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
They were wrong. ANY solar radiation that is converted into energy is solar radiation that does not heat the surface of the earth. It's called conservation of energy and is the first law of thermodynamics.
We are in an interglacial cycle. Our present temperature is 2C below the peak temperatures of previous interglacial cycles. Everything is normal. You are mistaking the natural variations of the earth's climate during an interglacial cycle with CO2.
Incorrect. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms. Energy is conserved by converting solar radiation that would have warmed the surface of the planet into electricity.
Don't be silly. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
You do realize the aim is to replace electrical generation from fossil fuels with solar and wind, right?
Incorrect. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms. Energy is conserved by converting solar radiation that would have warmed the surface of the planet into electricity.
I was discussing the front end (electricity generation). I wasn't discussing the back end (electricity usage). Energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet into electricity. Energy is conserved on the back end (electricity usage) through waste heat that is the exact same for the fossil fuel case and the solar power case. But because energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet into electricity converting from fossil fuels to solar will reduce the effective solar radiation warming the surface of the planet by the amount of solar radiation that was converted into electricity thus satisfying the conservation of energy.
You need to make that your new claim. "We need the waste heat from fossil fuels to prevent the next glaciation". That claim doesn't get the math and physics wrong, like your original one.
The claim has always and will always be... Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms. Energy is conserved by converting solar radiation that would have warmed the surface of the planet into electricity.
I didn't ignore it. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms. Energy is conserved by converting solar radiation that would have warmed the surface of the planet into electricity.
For solar farm daytime temperatures to be incrementally cooler the net albedo of the solar panels (after subtracting the solar radiation converted to electricity) must be effectively higher than bare earth, not lower.
I was discussing the front end (electricity generation). I wasn't discussing the back end (electricity usage). Energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet into electricity. Energy is conserved on the back end (electricity usage) through waste heat that is the exact same for the fossil fuel case and the solar power case. But because energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet into electricity converting from fossil fuels to solar will reduce the effective solar radiation warming the surface of the planet by the amount of solar radiation that was converted into electricity thus satisfying the conservation of energy.
I was discussing the front end (electricity generation). I wasn't discussing the back end (electricity usage).
I know, that's where you got the physics wrong.
Energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet into electricity. Energy is conserved on the back end (electricity usage) through waste heat
Exactly. I'm glad I could finally get you to realize you error.
But because energy is conserved in the front end (electricity generation) by converting solar radiation that would have warmed the surface of the planet
Ummmm....you just admitted the waste heat warms the planet. There is no cooling from solar.
converting from fossil fuels to solar
If you stopped there, you'd eliminate your errors.
Solar doesn't cool the planet....ending fossil fuels will cool the planet.
Incorrect. Your numbers are made up. Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
Again... Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.
I'm saying... Relative to electricity generated from fossil fuels there is no change in waste heat. Relative to electricity generated from fossil fuels there is a reduction in solar radiation warming the surface of the planet generating electricity from solar power. That's why cooler daytime temperatures were measured at six solar farms.