Why would you have an issue with that?
That's why.when you add back the 190 watts of heat in the city, the solar panel heats the planet more than the bare soil did. By 100 watts.
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Why would you have an issue with that?
That's why.when you add back the 190 watts of heat in the city, the solar panel heats the planet more than the bare soil did. By 100 watts.
I'll get to that when you agree that solar farms induce a regional cooling effect as measured at six solar farms.Doesn't electricity usage generate waste heat?
Thanks for proving my point.
That's why.
I'll get to that when you agree that solar farms induce a regional cooling effect as measured at six solar farms.
Why would I? 760 is less than 850.I don't have an issue with 760 < 850. Do you?
Why would I? 760 is less than 850.
But that's still not you agreeing that solar farms induce a regional cooling effect as measured at six solar farms. And I can't go on until you do. Because you keep muddying the waters with it.
Cool story.I'm glad you finally understand some of the math.
But that's still not you agreeing that solar electricity use induces a regional warming effect.
Cool story.
Waste heat from electricity use is the same for all cases. It's in the case of generating electricity from 100% fossil fuels and it's in the case of generating electricity from 100% solar. So you will have exactly the same waste heat in both cases. What won't be the same is solar radiation warming the surface of the planet. So converting from fossil fuels to solar will keep the same waste heat and will reduce the effective solar radiation heating the surface of the planet which incrementally will result in a net cooling relative to fossil fuels.
760<850Doesn't electricity usage generate waste heat?
Waste heat from electricity use is the same for all cases. It's in the case of generating electricity from 100% fossil fuels and it's in the case of generating electricity from 100% solar. So you will have exactly the same waste heat in both cases. What won't be the same is solar radiation warming the surface of the planet (760 < 850). So converting from fossil fuels to solar will keep the same waste heat and will reduce the effective solar radiation heating the surface of the planet which incrementally will result in a net cooling relative to fossil fuels.
760<850
Thank you for agreeing with me that there is a cooling effect at solar farms. That's all I really wanted.760 < 850
Thank you for agreeing with me that there is a cooling effect at solar farms. That's all I really wanted.
I have an issue with your statement that solar power results in net warming.
Relative to fossil fuels it does.So much for your claim that solar panels cool the planet because their electricity doesn't heat the surface.
Relative to fossil fuels it does.
Waste heat from electricity use is the same for all cases. It's in the case of generating electricity from 100% fossil fuels and it's in the case of generating electricity from 100% solar. So you will have exactly the same waste heat in both cases. What won't be the same is solar radiation warming the surface of the planet (760 < 850). So converting from fossil fuels to solar will keep the same waste heat and will reduce the effective solar radiation heating the surface of the planet which incrementally will result in a net cooling relative to fossil fuels.