Pulsed DC Transformer with Embedded Magnets

[rave154]

What Tseungs answers should have been......if he were honest...

Dear Mr. John O’Mahony,


Please read my post at:

http://www.overunity.com/index.php?topic=8825.msg266584#msg266584


You may be interested in the FLEET technology also.  FLEET stands for Forever Lead-out Electromagnetic Energy Transformer. FLEET uses Joule Thief and LCR circuits to light up perhaps dozens of LED's. These could be used to light up christmas trees around your newly buikt houses & buildings.

The FLEET technology is at the stage of realising that it can only light LED's..  If you are interested, your Company may help us in doing a commercial verification of its ability to light LED's. 


As far as I am aware, there are at least thirteen teams in Hong Kong and China working on the FLEET technology and related products.  Most of them are keeping their progress confidential until they figure out how to light something other than LED's.

Now to your questions:

Firstly can you advise the anticipated savings in electricity output to an average household?

The average household can be expected to save perhaps $20-$30 over a ten year period lighting LED's.

Secondly
is the technology compatible with UK electricity system?

The existing technology uses AA batteries so will light LED's anywhere in the world.

Thirdly what is considered to be the appropriate start up mechanism / system to initiate operation of the unit?

The FLEET unit can start and maintain its operation with a rechargeable AA battery.  Once started, that AA battery can even be removed as long as it is replaced when the LED's go out.

Fourthly when you mention mass production can you advise of capacity?

That depends on how many gullable people i can convince to wind toroids & donate time & effort for no payment to them whatsoever.


Email Wang directly.  He perhaps knows more gullable people than i do..

Fifthly does the technology require a back up system or would the national grid be considered as such?

It would be advisable to have spare AA batteries ready for when the initial battery dies.

Lastly is there any follow up maintenance requirement for the unit?

Technically, the Wang or the FLEET units should have a life similar to that of a reliable refrigerator.   Ten years or more of lighting LED's should not be a problem.  Some engineers are even talking about having dual units to light twice as many LED's.  If the primary unit fails, the secondary will automatically take over and light the second batch of LED's.  At the same time, an alert message will be displayed to the home owner and a maintenance message will be sent to the battery Company automatically.

[chrisC]

Dear Sirs,
Our company in the UK is involved in the supply of affordable steel frame homes ....
. In the humble opinion of myself and my co directors we believe your technology and expertise offers many advantages to the wider world.
Having read the details of your 5kW electricity generator on the website of .....

In conclusion, may I say on behalf of my company we are deeply impressed with your technological advancements, principals and ambitions and would welcome the opportunity to develop these further in association with yourselves and your team.
I look forward to your early reply
Kind Regards
John O'Mahony
Sales & Operations Director
CSIBA Europe Ltd
Tel / Fax: + 44 (0)1333 450329
Email: enquiries@csibaeurope.co.uk
www.csibaeurope.co.uk

Well, Mr Baloney (aka Mr. O'Mahony) is obviously someone who does not understand technology and obviously quite naive as well. Why would a serious business man write a email inquiring energy solutions from a deluded comedian? I find that very funny.

cheers
chrisC

[chrisC]

What Tseungs answers should have been......if he were honest...

Dear Mr. John O’Mahony,


Please read my post at:

http://www.overunity.com/index.php?topic=8825.msg266584#msg266584


You may be interested in the FLEET technology also.  FLEET stands for Forever Lead-out Electromagnetic Energy Transformer. FLEET uses Joule Thief and LCR circuits to light up perhaps dozens of LED's. These could be used to light up christmas trees around your newly buikt houses & buildings.

The FLEET technology is at the stage of realising that it can only light LED's..  If you are interested, your Company may help us in doing a commercial verification of its ability to light LED's. 


As far as I am aware, there are at least thirteen teams in Hong Kong and China working on the FLEET technology and related products.  Most of them are keeping their progress confidential until they figure out how to light something other than LED's.

Now to your questions:

Firstly can you advise the anticipated savings in electricity output to an average household?

The average household can be expected to save perhaps $20-$30 over a ten year period lighting LED's.

Secondly
is the technology compatible with UK electricity system?

The existing technology uses AA batteries so will light LED's anywhere in the world.

Thirdly what is considered to be the appropriate start up mechanism / system to initiate operation of the unit?

The FLEET unit can start and maintain its operation with a rechargeable AA battery.  Once started, that AA battery can even be removed as long as it is replaced when the LED's go out.

Fourthly when you mention mass production can you advise of capacity?

That depends on how many gullable people i can convince to wind toroids & donate time & effort for no payment to them whatsoever.


Email Wang directly.  He perhaps knows more gullable people than i do..

Fifthly does the technology require a back up system or would the national grid be considered as such?

It would be advisable to have spare AA batteries ready for when the initial battery dies.

Lastly is there any follow up maintenance requirement for the unit?

Technically, the Wang or the FLEET units should have a life similar to that of a reliable refrigerator.   Ten years or more of lighting LED's should not be a problem.  Some engineers are even talking about having dual units to light twice as many LED's.  If the primary unit fails, the secondary will automatically take over and light the second batch of LED's.  At the same time, an alert message will be displayed to the home owner and a maintenance message will be sent to the battery Company automatically.

Very well said rav154. The truth is almost exactly what you have written!

Heck, my Christmas tree led lights probably used 1/100 of my regular 70W bulb energy over the past 3 years and I don't need any FLEET(ing) Tseung blinkers! LOL.

cheers
chrisC

[SchubertReijiMaigo]

@Itseung: Unfortunately I don't have oscillos and other stuff like that just a (very) old multimeter, a toroid and a couple of wires^^, so I can't test anything unfortunately

For now I only studie OU theory try to understand some concept, eventually post idea, etc. So nothing concret... this is good for self educating and learn science (OU or conventional, no matter).

For now I studied the Thane's BIIT and for a couple of days LCR resonnance, I have learned the resonance can be OU but requier a lot of tuning, High Q (quality factor), playing with power factor, three phases, etc, etc...

So to achieve OU with resonance is very difficult , the load detune the LRC resonance, low Q also destroy OU, saturation of the core destroy OU (this is why rotoverter is always pluged at 1/4 the initial voltage)...
Tesla quote:   

“Tuning the Source to the Load needs"

This is know more conventionally as "Impedance Matching".

So the battery source is itself a load (when you try to selfloop, and even without seflooping the internal resistance vary, the battery is also compared with a huge C) that vary in the time causing detune your LCR... The device is somtimes OU and somtimes not depending on the tuning...

You can search over internet (I can't post here because it's to heavy...): the whole PDF it explain a lot of stuff about resonance OU... the name is " Combine.pdf "

This is why some members cannot replicate devices correctly... A minor change in parameter and your OU effect is destroyed, OU is very critical...
The main deal is how to stabilize the OU over the time and constantly changing parameter (maybe changing the main frequency in function of the load eg Tesla quote).

Hope it help for your research...

So you can be on the right road but requier a lot of attention (and tunning) of your part... A minor change and everything is destroyed... Good luck.

[Paul-R]

You can search over internet (I can't post here because it's to heavy...): the whole PDF it explain a lot of stuff about resonance OU... the name is " Combine.pdf "

Presumably you mean this:
http://www.free-energy-info.co.uk/Combine.pdf