excess energy
In this segment we show an actual lab test model that demonstrates the principles of the Bedini process.The main battery is here (point) and you can see the motor here.The motor is doing work by operating a fan blade and pumping air.Accumulators are located here (point) in which energy from the proprietary Bedini transformer (point) is being cumulatively collected eight times for each revolution.Once per revolution, precise switching (point) discharging of the accumulator transformer into the secondary battery (point) to charge it.In this arrangement, we show proof of principle by continuously doing work (pumping air) while continuously keeping the secondary battery charged.Periodically the batteries are switched and the former primary battery is charged.The excess energy comes directly from the active vacuum, through the negative resistor in the battery created by the Bedini process.In addition, we are demonstrating additional energy being obtained from excess collection in the transformer (point) eight times per rotation, and fed into the battery once per revolution to recharge the secondary battery.Another principle shown by this system is the superpolarity of the magnetic motor (point).The magnets all have north poles pointing outward.The compression and repulsion in the middle of any two poles creates a north pole whose field strength is several times larger than the field strength from each magnet.Thus we have formed eight “phantom poles”, to dramatically increase the field energy density in the magnetic field where the special transformer (point) collects additional energy (from the superpole flux cutting one of the coils, eight times per revolution of the rotor.The energy is collected in a accumulator transformer(point) and once per revolution it charges the secondary battery .The system demonstrates that the vacuum energy can be collected in several places and in different ways, collected in a proprietary accumulator transformer, and then used to very powerfully form a sudden negative resistor in the battery (point). - TB
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