Wind power

There are 94 nuclear power plants operating in the USA and they produce slightly more than one gigawatt (GW). For years the demand for electric power has been holding steady but with the reshoring of manufacturing plants, along with the buildout of data centers, the demand is once again rising and will continue at an accelerated rate into the future. Most heavy industries, including data centers, need power 24/7 and wind and solar cannot meet that need. If wind and solar are used it requires a fossil fuel or nuclear plant on standby, for when the sun doesn’t shine and the wind doesn’t blow. Just as industry is coming around to the fact that the country is not ready for electric vehicles, they are now realizing that wind and solar cannot replace fossil fuels but nuclear can. Instead of building one GW nuke plant, the future will be small units manufactured on assembly lines and sent by truck to the use point. As the need for power increases more units will be added. This eliminates the need for long transmission lines and provides power 24/7. One GW of small nuke power units takes up 100 acres while a one GW wind farm takes up 100,000 acres. Windmills use rare earth metals (REE) neodymium, praseodymium, dysprosium and terbium which when mined create environmental hazards. Small nuke reactors do not need rare REE’s. The waste products from nuke reactors are stored on site and take up a small area. Used windmill blades take up .02 acres per blade and 8,000 blades are retired annually in the US using up 160 acres. The same situation exists with solar panels.