Toddsterpatriot
Diamond Member
- May 3, 2011
- 101,588
- 35,670
electricity usage used to perform work does not produce heat. It performs work.
And what percentage performs the work? Link?
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electricity usage used to perform work does not produce heat. It performs work.
Are you insinuating there is no incremental cooling effect from photons being converted into electricity?Right. How much of that was due to air circulating around the panels all day?
Are you insinuating there is no incremental cooling effect from photons being converted into electricity?Can photons from 0 C matter hit 100 C matter?
Are you insinuating that you don’t need to account for work performed?And what percentage performs the work? Link?
Dumbest statement ever made.Any solar radiation that is converted into electricity is solar radiation that will still heat the surface of the planet.
Are you insinuating there is no incremental cooling effect from photons being converted into electricity?
Are you insinuating there is no incremental cooling effect from photons being converted into electricity?
Dumbest statement ever made.
I already addressed that. You have not addressed what I wrote.I'm insisting that moving heat from a panel to a city doesn't result in net cooling.
So that’s a yes, you are insinuating there is no incremental cooling effect from converting photons into electricity?Can photons from 0 C matter hit 100 C matter?
Or is there a force field protecting the 100 C matter?
Do the "cooler" photons avoid the warmer matter?
So that’s a yes, you are insinuating there is no incremental cooling effect from converting photons into electricity?
Already addressed that.No net cooling from moving heat around.
Already addressed that.
You have to see it that way because you never addressed what I wrote.I accept your concession.
Any solar radiation that is converted into electricity is solar radiation that will still heat the surface of the planet