free energy via electronic means

[FreeEnergy]

Hi,
what kind of connection wire did you use keep in mind I used on my system heave Battery cabel which have a verry low resistance but at the relativly high current it makes a difference and also works like a real resistor in a paralell circuit to evenly distribute the charge to each battery. Just keep in mind a 12 inch pice of AWG # 8 has a resistence with soldered connector of about 31 Ohm, the same lenght of AWG 0/1 regular battery cabel has a resistence with soldered connector of only 9 Ohm. A 3 feet connector kabel AWG # 6 has a resistence of 28 Ohm.
In a system circuit like this one it has a tremendous play what size of connectorwire is used.
greetings
walt

hi,
just sounds like it would be nice to apply the way you transfer energy to the given link. seems to be more efficient.

peace

[pg46]

Thanks Walter- I will keep in mind the wire resistance.

@ ALL
It would seem my setup isn't ideal. I still lose about a volt an hour each time I try just running the inverter and the charger without any extra loads. It is likely my combination of equipment. First off I haven't any 110 volt gear here where I am- could get some but it would be a hassle. Could convert the power but would lose some efficiency again probably. Maybe it's my batteries or maybe its my charger or the inverter or all of them together - I'm just not sure at this point.

How are the rest of you experimenters doing? Anybody have any results to report?

[SwinG]

@pg46
I still have only one battery, so I will have to wait until I get one more.
Are you running on 220VAC also?

[pg46]

@ SwinG

Yes, I am also on 220VAC system. I could step down the power with using converters but I am afraid of losing in efficiencies again. I would like to try different battery sizes and also a different battery charger to see if itwill improve the results.
I am just now trying for fun to take the power coming off off the inverter and put it through a simple rectifier to bring it back to DC voltage and recharge the batteries that way instead of using the battery charger.
Will report in if I get any interesting results.

Best,

[SwinG]

A friend of mine came over, and I showed him this thread. He has now made his own setup, with two batteries. I have attached some pictures of his setup. For now, it has been running for more than two hours, drawing 300W. The batteries are both 80Ah, so we willl not be sure of OU before after 6.5 hours. He hasn't got a volt meter, so we will have to wait.


@watssup
How are your setup doing. Is it still running, or have you lost interrest?
I noticed that you haven't crossed the inverter input and charger output. If this is of great importance, you system shoulden't be able to work.

@ring_theory
The system you'll sell for $1000, could you ship such system to denmark  (without the batteries offcause), and how much loade can you guarantee it will support?
I know you would like to make som money on this idea, but for common bennefit, could you hand out a shopping list of what brand/model of inverter and charger to buy? If not, you don't have to explain.