Muller Dynamo

bolt · July 13, 2011, 08:56:02 AM

His concept is valid as RLC leads to OU but the ZPE algorithm is over optimistic. It is very unlikely to self run in the manor he describes without an EXCITER. Like Romero Muller requires pulse drivers to maintain the rpm in narrow band OU. In solid state requires a KICKER coil to maintain oscillations as Kapandze, SR, Ismael MEG, looped Bedini window motors and many others. HV DC pulses can be used as an EXCITER. Cores of ferrite and iron powder magnify the ZPE by many thousands as core acts as a ZPE proxy as SR device. Air cores can work but much lower efficiency as Ismaeal MEG uses two Tesla pancakes wound to cancel out self inductance hit with hundreds of volts pulses then shorted sine peaks and multiplexed. COP 2.7.

Romero Muller must have perfectly NULLED inductance using such method as bifilar wound, out of phase pairs, tuned C's to force into VARS or combination of effects on the generator coils to be discovered on the bench. Its vital no in phase currents are generated. System to be tuned into LOAD at required frequency (RPM). Passing neo changes the inductance creates NULL offsets via magnetic modulation to produce a current SPIKES seen as classic romero waveform where most of the energy is compressed as TENSOR along zero point line increases ambient electron Kinetic energy.

mondrasek · July 13, 2011, 08:57:34 AM

Another quick and lowtech temperature test this morning. I checked the RPM of the unloaded (except for dump cap) system in it's most recent configuration first thing this morning. It had been running all night in the closed garage. The garage was still quite warm from the day before. RPM was 2300.

I then opened the main garage door to allow the heat to escape and be replaced by the cool air of the morning while I prepared for work. Approximately 1 hour later I returned to the garage to check RPM again. The garage had cooled down by a small albeit noticeable amount. RPM was checked again on the system that is assumed to have changed in no other ways. RPM was down to 2280.

bolt · July 13, 2011, 09:11:52 AM

Quote from: mondrasek on July 13, 2011, 08:57:34 AM
Another quick and lowtech temperature test this morning. I checked the RPM of the unloaded (except for dump cap) system in it's most recent configuration first thing this morning. It had been running all night in the closed garage. The garage was still quite warm from the day before. RPM was 2300.

I then opened the main garage door to allow the heat to escape and be replaced by the cool air of the morning while I prepared for work. Approximately 1 hour later I returned to the garage to check RPM again. The garage had cooled down by a small albeit noticeable amount. RPM was checked again on the system that is assumed to have changed in no other ways. RPM was down to 2280.

I think you are putting too much on the effect of heat is not related to ZPE. You are more likely seeing effects of lose warm bearings and higher current pulses on the drivers due to hot transistors. ZPE ambient electron energy is already infinitely large even down at absolute zero. It certainly doesn't need a warm garage to generate vast amount of power. While "heat" is taken from ambient and devices over 5kw will cool noticeable i can not see you will notice anything on a "toy" device of a few watts. Documented power variations are due to Solar wind, day or night and moon phases not tiny variations in room temperature is too small compared to absolute zero.

mondrasek · July 13, 2011, 09:12:54 AM

Data from the last set of tests. The Excell file has all the previos data included each time.

mondrasek · July 13, 2011, 09:31:30 AM

Quote from: bolt on July 13, 2011, 09:11:52 AM
I think you are putting too much on the effect of heat is not related to ZPE. You are more likely seeing effects of lose warm bearings and higher current pulses on the drivers due to hot transistors. ZPE ambient electron energy is already infinitely large even down at absolute zero. It certainly doesn't need a warm garage to generate vast amount of power. While "heat" is taken from ambient and devices over 5kw will cool noticeable i can not see you will notice anything on a "toy" device of a few watts. Documented power variations are due to Solar wind, day or night and moon phases not tiny variations in room temperature is too small compared to absolute zero.

I agree, but I am not convinced this is a ZPE device (at least at it's current tuning). Or maybe it has another element right now. Maybe something along the lines of a Peltier effect? Either way, I am reporting the observation that I make especially when they appear to show an anomaly so that others can benefit and hopefully an explanation can be found.

I have considered the bearings running looser at higher temps and agree that is a potential cause. Also, less air resistance at higher temps? Does the Dump Cap load change with temp somewhat?

As for input drive, I am not using the Romero UK pulse drive setup. My motor is apparently a two phase BLDC. But the driver IC for it may be affected by heat as you suggest. If I ever want to examine this phenom further I will definitely isolate the drive circuit from the rest of the system and see how it alone reacts to changes in temperature.