You are proposing a theory where a slug of hot iron releases its stored energy.
The e-Cats have enough internal volume to store the reported amount of energy produced in very hot iron, and it is theoretically possible to insulate them using aerogel so that they'll keep their heat for a few hours. Install a controllable heat-exchange mechanism, program the software to emulate a reactor output, et voilà! Except that this theory deosn't fly for the "1 MW" demo. About 9.5 GJ was produced. I've done some layman calculations, and using aerogel, you could go to 1200 degrees Celsius, and the amount of iron required would be about 250 kg per module. Look at the pictures of the e-Cat. The modules are standing on pieces of metal supported by 5 cm x 5 cm angle sections about 5mm thick. I don't think you can put 500 - 750 kg over 1.5 m on such angle sections. -- Berke durak
