Kapanadze Cousin - DALLY FREE ENERGY

[Grumage]

sounds great Graham how big are they ? they are usually great on a roof but one guy was showing me a panel in a field where if he got shade on any part it kills its output.

The other thing is he was saying 50% is lost in rechargeable batteries and conversion costs as well, they are ok but you only need some yob chucking stones and it's your panel gone.

Cheers AG

Hi AG.

Yes a roof is preferable, my 2KW panels were rated at 250W each and measure 1 m wide by 1.75 m long. The four newer ones are the same size but rated at 260W each.

I've opted for water heating as a storage medium because, as you write, batteries unless you spend a lot of money aren't that good.

What I can say is that the original investment in the 2KW system 3 years ago was virtually paid for in the savings on my electricity bills.

Cheers Graham.

[lancaIV]

http://wap.pvinsights.com/
Cell prices now beginning < 0,1 US$/Wp  and module price 0,2 US$/Wp.

[NickZ]

   lanca:   Does that mean that they charge $20 for a 100w solar panel? And, what are the delivery costs?
   AG: Running only on a single 12v, 7ah battery this time, so just 12v input.
   The scope probes are on: yellow channel 1,  3t coil at the C1 capacitor(s).  Blue channel 2, is on the grenade's output C2 cap(s), before the full bridge rectifier. Feed back loop is connected, also.
   I just saw this on my rig, and I didn't know if the two induction circuits scope shot is what you would call inverted in phase, or not. What do you think?

[apecore]

   lanca:   Does that mean that they charge $20 for a 100w solar panel? And, what are the delivery costs?
   AG: Running only on a single 12v, 7ah battery this time, so just 12v input.
   The scope probes are on: yellow channel 1,  3t coil at the C1 capacitor(s).  Blue channel 2, is on the grenade's output C2 cap(s), before the full bridge rectifier. Feed back loop is connected, also.
   I just saw this on my rig, and I didn't know if the two induction circuits scope shot is what you would call inverted in phase, or not. What do you think?

Nick,

You need to measure the "current" component of the inductor loop together with the voltage as you did already at the series cap.
For current probing you need to use a torroid with windings (30-40)  on it which act as a transformer. Bij connecting a resistor you can measure the "current" trough the inductorloop.

Just stick the wire from the inductor loop trough the current torroid and connect your scope probe at the resistor.



Greetings

[AlienGrey]

Nick yes the scope shot your showing looks to me like it's aposing 180 deg out of phase.

After seeing other devices Nelson, Evostars, and Wesley's surface wave, etc
it all seems to be about a 90deg phase shift around the yoke and grenade,
to do this isn't easy I used a test rig is a small mockup on a 40mm pipe with
simple stranded hook up wire driven by a small 40mm dia toroid with28t
and 5t which can light a 28w quarts lamp depending on the waveform being
at 90deg, see scope shots, but it's not anything for nothing it draws 2 Amps at 12v
The top scope shot is what I have now, lower scope shot is what I started with
when chatting with Gyulasun.
Obviously, the capacitor sizes are important but all the formulas are out of the window.
A signal gen and a scope are important here and a lot of various sized caps and perhaps
an old radio tuning veined 500+500pf capacitor.

Look at Master EVO. Nelson's device