There is no law of diminishing returns. That’s an aphorism, not an actual scientific principle. If your power source can generate the power, it does so.
You don’t need to store an entire county’s power per day. Thats never been anyone’s goal, nor is it needed. You generate power for at least half of it, then continue to generate power with other green sources while also storing it.
You need to “restudy” the current state of battery tech and geothermal. There are huge arrays of different batteries being built now. These are 100hr storage batteries that cost 1/10 the price of lithium. They aren’t on the drawing board, but rather being produced now in a mega factory.
There is no law of diminishing returns. That’s an aphorism, not an actual scientific principle. If your power source can generate the power, it does so.
You don’t need to store an entire county’s power per day. Thats never been anyone’s goal, nor is it needed. You generate power for at least half of it, then continue to generate power with other green sources while also storing it.
You need to “restudy” the current state of battery tech and geothermal. There are huge arrays of different batteries being built now. These are 100hr storage batteries that cost 1/10 the price of lithium. They aren’t on the drawing board, but rather being produced now in a mega factory.
There are also active MW scale "geothermal anywhere "plants in operation, with more coming. That same company has a 400MW geothermal plant that will be built in 4 years underway now. That alone is more competitive than nuclear.
The tech is here now, being built as we speak. Nuclear cant keep up.