I need help to get this EV GRAY type system to work

[ranuhook]

I set up a free energy generator, following the Gray system set up, but using;


1. battery (12v x 3, connected as 24v x12v)
2. inverter
3. self made charger of 30/60v


now, i wire it the way of EV Gray, and then i power the charger using the inverter. I also fed the house electricity from the same point where i power the charger.


MY Observation
1. when i use the 30v of the charger, the whole set up dwindle within 5 mins


2. when i use the 60v of the charger, no matter how low the voltage of the batteries are (i used 3  batteries), the voltage will rise, the 2000VA inverter will carry the whole bulb, the 2 fridges, and 3 television sets of my 3 bedroom flat.


3. just as all the lights come up bright, the diode on the EV Gray improvised section of the setup will blow.


I tried it more than 10 times using different diode ratings, but it came back same (blowing away). so i left it alone


recently i read that using capacitor and the likes, i can get more than i input into a system, and what i did came back flooding to my mind.


i am writing to know if any modification could be done to correct this diode blowing and get a stand alone self charging free energy system.

i used 24v to power the inverter not 12v as shown in the sketch.

kindly help out.

[TinselKoala]

Please list the part numbers of the diodes you have already tried.

[ranuhook]

Please list the part numbers of the diodes you have already tried.

1. Battery: 12v discarded (3)car batteries.
2. 1N4007 diodes; (4) for bridge and rest (2) used as shown.
3. Capacitor across the bridge is 400VDC non  polarize.
4. Capacitor close to battery is 50V 2200uf. electrolytic.


This was all i did, i think the charges build up in the 400VDC capacitor, because it is always the bridge or the diode close to the bridge that always blow up.


thank you.

[lzbin80]

From what I've heard, Some free energy generator produce very high voltage from only 12V, think of 3000V or more.

I recommend put multiple 1N4007 in series(3-5), and PVC wire protect all the wires and insulator type wrap all the connections.

[e2matrix]

Do you really intend for the diode to be facing the direction you have shown in the schematic?   It looks backwards depending on what is it's intended purpose.