Nothing wrong with spending it SMARTLY on renewables, but agree spending on any technology without keeping the existing production and transmission in top working order is very foolish.
I invested in solar panels and Telsa Powerwalls at my house and I have had 100% uptime during this whole event. I have a new fence that will be getting installed thanks to Beryl and maybe a new AC unit as well. This was one of the most severe wind storms I have been and I have like on the Louisiana and Texas Gulf Coast since 1966.
Saw an article months back where these large solar farms were raising the atmospheric temperature more than carbon emissions.
I do recognize like any set of data. You can make it tell the story you want it to tell. But it does make sense to me. I drive a black vehicle and it attracts a lot of heat in the summer.
The simple fact where the expansion of urban heat islands since record keeping started 100+ years ago has contributed greatly to temperature rise. It doesn’t take a PhD to use common sense observation.
If you think a couple of solar farms are what's causing atmospheric temperatures, you should see how urban areas with extensive parking lots, streets, and rooftops contribute significantly to the urban heat island effect. As you mentioned this phenomenon occurs because these surfaces absorb and retain more heat compared to natural landscapes.
Urban areas can be significantly warmer than their rural surroundings due to the high concentration of buildings, roads, and other infrastructure that absorb and re-emit heat. Daytime temperatures in cities can be 1-7°F higher than in outlying areas, and nighttime temperatures can be 2-5°F higher.
Material Properties: Surfaces like asphalt, concrete, and dark rooftops absorb and retain heat much more than natural surfaces. These materials can become extremely hot under the sun and contribute to the overall warming of the urban environment. For example, conventional roofing materials can reach temperatures up to 60°F warmer than the ambient air "My NASA Data".
Therefore, while solar farms can have localized heating effects, the widespread impact of urban infrastructure on atmospheric temperatures is a much larger issue.
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