…vention, starts operation with the initial electric energy received from the initial energy supply (15) and afterwards generates energy consistently and is characterized to include power switch (1), capacitor (2), points (3), high frequency generator (4), first filter (5), first bobbin (6), first frequency adjuster (7), second filter (8), frequency stabilizer (adjuster) (9), second bobbin (10), second frequency adjuster (11), exit (phase) (positi…
…A 10 OHM LOAD. Technology Background Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effects) in electric generators. At the present time PD Inc. employs High Voltage/High Impedance Coils as self excited “motor coils” in its salient pole generator design to accelerate the generator rotor under load while simultaneously collecting the HV coil’s induced magnet…
NASA Abstract – Work Performed to Date Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effects) in electric generators. At the present time PD Inc. employs High Voltage / High Impedance Coils as self excited “motor coils” in its salient pole generator design to accelerate the generator rotor under load while simultaneously collecting the HV coil’s ind…
NASA VIDEO ABSTRACT Parts 1 & 2 Video update of Potential Difference Inc’s Regenerative Acceleration Technology. Generator Regenerative Acceleration is accomplished with the incorporation of HIGH IMPEDANCE / HIGH VOLTAGE COILS which have the effect of accelerating the prime mover during operation. Perepiteia Generator Operation Explanation Draft 1 June 20th, 2008 High Voltage Coil Effects Thane C. Heins Introduction The Perepiteia Gen…
SELF EXCITED MOTOR/GENERATOR CONCENTRIC BI-COIL New coil for Potential Difference Inc. technology licencee. Technology Background Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effects) in electric generators. At the present time PD Inc. employs High Voltage / High Impedance Coils as self excited “motor coils” in its salient pole generator design to accelerate t…
NASA Abstract – Work Performed to Date Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effects) in electric generators. At the present time PD Inc. employs High Voltage / High Impedance Coils as self excited “motor coils” in its salient pole generator design to accelerate the generator rotor under load while simultaneously collecting the HV coil’s ind…
…reland Visitor Centre, Grand Canal Dock, Dublin 4, Ireland. Directions: http://www.steorn.com/demo/ Sean McCarthy, CEO of Steorn, will discuss Steorn’s Orbo electromagnetic interaction and demonstrate that the Coefficient of Performance is greater than 1. Who should attend? Anyone interested in understanding Orbo Technology or taking up an Orbo Technology Developer License on 1st February 2010. …
This self excited generator “motor” coil causes the induction motor to accelerate without any additional power being supplied to it. Technology Background Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effects) in electric generators. At the present time PD Inc. employs High Voltage / High Impedance Coils as self excited “motor coils” in its salient …
This self excited generator “motor” coil causes the induction motor/ prime mover to accelerate from 800 RPM to over 1800 RPM without any additional power being supplied to it – WHILE AT THE SAME TIME DELIVERING MORE THAN 5 WATTS OF POWER TO A 10 OHM LOAD FROM THE HIGH CURRENT COIL. Technology Background Since 2001 Potential Difference Inc. has be investigating various methods to reduce armature reaction (Lenz’s Law effect…
I charged a 2.3 volt 10 Farad supercap with an AA battery for several seconds and hooked the cap to my modified Fuji circuit and powered it to illuminate 100 leds. No batteries included, just a single supercap. More on Overunitydotcom in the Joule Thief topic area. Thank you. …
16 June 2010 at 18:27 · Comment
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