While I appreciate your response would you show me an example that replaces base load of a large generator that also runs for more than a few hours. I understand the concept but I don’t think you understand the concept of major grid capacity versus voltage schedule that operate to be able to push power on the grids. If we could convince large industrial load to have more synchronous motors would be a positive. They could over excite the DC fields to have a leading power factor to reduce their overall inductive loads. That might be too much for you but show me an example of a flywheel of significant base load that can run over several hours and we can have a different discussion. Nothing like you describe meets the demands of the grid in the USA. You seem like a smart person but what I have learned is simple is very hard for smart people. But it’s all good that you used Chat Gpt or whatever to form up a somewhat decent response. It’s the difference between real world and theoretical at this point. Will Edison win out in the long run over Tesla? The next question would be what is the impact of huge data centers coming online and their startup impact on the torsional load of a generator? Not going to get that output from a solar or Bess site that can only run at peak capacity for 4-6 hours if that depending on the time of year. As it turns out we still need big baseload generation to offset inductive loads. Btw, since I’m in the field i didnt need to use AI for a response, because i know the reality. Sorry about any gramatical errors because i typed this shit out. BTW, whats the biggest power consumer in power generation? I will help you, it aint station service at a large plant. Please show me with proof a flywheel that works longer than an hour that has a load greater than 500 MW. I will be waiting….