Tag: e-cat

To summarize the video, Mr. Rossi calculates that the total energy produced in the E-Cat is 4906.1 watt hours per hour. The total energy consumed is 770 watt hours per hour. Thus, according to Mr. Rossi’s calculations the E-Cat used in his demonstration achieved an energy output/input ratio of approximately 6.37. In hot fusion terms the E-Cat (the one used in this particular demonstration, at least) appears to have achieved Q =  6.37.

To put this claim in perspective, the Joint European Torus (JET) magnetic confinement fusion experiment achieved Q = 0.67 in 1997, which still remains the world record for fusion power in the high-energy plasma fusion realm. Right now the focus of hot fusion research is on achieving Q = 1, with somewhat less attention being given to the practical concerns of converting useful amounts of fusion energy into electrical power. Lawrence Livermore National Laboratory’s  National Ignition Facility (NIF) laser fusion experiment is currently expected to achieve Q = 1 next year. The only other hot fusion experiment for which such a claim is made is dark horse Lawrenceville Plasma Physics‘ Focus Fusion-1 (FF-1), which is hoped to achieve Q = 1 in a similar time frame. What is widely regarded as the safest bet for fusion power, ITER, isn’t expected to achieve Q = 1 until at least 2026, assuming the current schedule holds.

By contrast, cold fusion researchers have been claiming an energy output/input ratio of greater than 1 for years now, though not to the extent that Mr. Rossi has. Rumors are that Francesco Piantelli, a former colleague of Mr. Rossi’s partner Sergio Focardi, will be announcing a similar claim soon, but for now it looks like Mr. Rossi is in the lead. The next hurdles: the University of Bologna’s tests on the E-Cat and the Greek authorities’ tests on Defkalion Green Technologies’ Hyperion products. If Mr. Rossi’s device makes it through these tests successfully it appears the way will be open for the final test: customer opinion.

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