Joerg Raimund Hempel and his Ionic Magnetic Power IMP CAP Charging

[markdansie]

@Wattsup
many thanks for your video, very interesting.
Could I suggest without you going to t much trouble doing the other half of the experiment using the wire (.2mm...32 guage) to charge up the Cap to see how fast it can charge and if it can handle the load.
Many thanks
Mark

[hartiberlin]

Hi Wattsup.
yes,he said in the video, that he uses 0.2 mm Copper wire,
but in the video it looks pretty big, maybe he made a mistake and took
0.5 mm which is 24 gauge ?

Also as your screenshot shows he used just the bare wire end to make the connection
to an already burned out contact point at the cap, so there was much more
contact resistance than in your example, where you used
the 2 fresh clean pliers to make the contact.

Also his 1 Farad cap might have a higher inner resistance than your 2 caps in parallel.


I spoke today again with Mr. Hempel and he said,
with his Lion-Cells which have a total of 2 Amphours of charge at 24 Volts he can
charge up 2 x 12 Volts 10 Amphours lead acid batteries to full capacity.

So if you put then these 2 lead acid batteries in series you get
24  Volts 10 amphours of energy with an input of just 2 amphours.

So it is an amplification of around 5 :1 energywise.

New video will soon be posted.

Regards, Stefan.

[markdansie]

@Stefan
you mentioned he can get the same effect cap to cap, this is far more accurate than doing batteries in establishing stored energy.
Where does he see a practicle application for this?
Mark

[hartiberlin]

You can measure it all pretty exactly energywise by using the charge and discharge curves of batteries
or capacitors.


They are already working on products.

If they will be soon on the market you will get more infos about them.

Regards, Stefan.

[cHeeseburger]

@Stefan
you mentioned he can get the same effect cap to cap, this is far more accurate than doing batteries in establishing stored energy.
Where does he see a practicle application for this?
Mark

Seems to me the practical application is obvious.

Build a black box that continually recharges the magnetic batteries using only 1/5 of the super-charged capacitor energy while at the same time pumps out the other 4/5 free energy forever!  Neat trick if it could be done...but it can't.  There will be some magic reason or excuse or fuzziness...there always is!

cHeeseburger