Here I show you the concept:
https://youtu.be/fVMpQQugA-0
The circuit takes advantage of the fact that voltage is free and current usage is what we pay for. The objective is to limit the current usage to zero or as close to zero as possible so that we can use the trigger voltage for free or at a very low cost.
The circuit starts by connecting a wire directly to the AC socket. We use the 60Hz AC cycle at 110 volts, which enters a diode bridge rectifier to filter out the negative part of the AC cycle. The circuit does not include a DC filtering cap as we want to keep the AC 60 cycle pulse.
On the other side of the AC wire entering the rectifier, we add a reactance X factor high voltage 1uf capacitor to limit the current usage to approximately 40ma using the formula I=v/x. It's crucial to use a high voltage X capacitor or a microwave high voltage capacitor as anything else could lead to an explosion. It is essential to exercise caution while operating this circuit as it can be dangerous to human or animal life due to the high voltage.
The X capacitor is the critical component of the circuit as it limits and gates the current usage to almost zero, ensuring that we never use more than 40ma of current.
The bridge rectifier charges a 400-volt 10uf capacitor at around 100 volts quickly with "zero" current 60-hertz positive pulsed DC. The voltage charge is limited to around 100 volts because the neon fires at 100 volts and triggers the SCR diode to dump a charged 100-volt capacitor as a real joule or amps a second current discharge into a battery.
The battery undergoes a negative resistance chemical effect due to the capacitive high voltage pulsed discharges, which occur around four times per second. The battery responds by having its ions move around, causing it to resonate and recharge in the process, thus producing real current for future use.
This circuit is a proof-of-concept device that will charge a battery slowly in a couple of days if the battery is in bad condition and as fast as a few hours if the battery is in good condition.
To take this concept seriously, one could remove the X current limiting capacitor stage and increase the 10uf capacitor's value drastically, paying for a few "amps." This way, the capacitor will charge with the current it needs from the mains line, allowing for a discharge at 100 volts with the neon dump or similar method. This will produce a much greater joule or amps per second discharge into a bank of massive batteries. This is where one would be converting amps to kilowatts. However, it is crucial to exercise extreme caution while operating this circuit.
https://youtu.be/fVMpQQugA-0
The circuit takes advantage of the fact that voltage is free and current usage is what we pay for. The objective is to limit the current usage to zero or as close to zero as possible so that we can use the trigger voltage for free or at a very low cost.
The circuit starts by connecting a wire directly to the AC socket. We use the 60Hz AC cycle at 110 volts, which enters a diode bridge rectifier to filter out the negative part of the AC cycle. The circuit does not include a DC filtering cap as we want to keep the AC 60 cycle pulse.
On the other side of the AC wire entering the rectifier, we add a reactance X factor high voltage 1uf capacitor to limit the current usage to approximately 40ma using the formula I=v/x. It's crucial to use a high voltage X capacitor or a microwave high voltage capacitor as anything else could lead to an explosion. It is essential to exercise caution while operating this circuit as it can be dangerous to human or animal life due to the high voltage.
The X capacitor is the critical component of the circuit as it limits and gates the current usage to almost zero, ensuring that we never use more than 40ma of current.
The bridge rectifier charges a 400-volt 10uf capacitor at around 100 volts quickly with "zero" current 60-hertz positive pulsed DC. The voltage charge is limited to around 100 volts because the neon fires at 100 volts and triggers the SCR diode to dump a charged 100-volt capacitor as a real joule or amps a second current discharge into a battery.
The battery undergoes a negative resistance chemical effect due to the capacitive high voltage pulsed discharges, which occur around four times per second. The battery responds by having its ions move around, causing it to resonate and recharge in the process, thus producing real current for future use.
This circuit is a proof-of-concept device that will charge a battery slowly in a couple of days if the battery is in bad condition and as fast as a few hours if the battery is in good condition.
To take this concept seriously, one could remove the X current limiting capacitor stage and increase the 10uf capacitor's value drastically, paying for a few "amps." This way, the capacitor will charge with the current it needs from the mains line, allowing for a discharge at 100 volts with the neon dump or similar method. This will produce a much greater joule or amps per second discharge into a bank of massive batteries. This is where one would be converting amps to kilowatts. However, it is crucial to exercise extreme caution while operating this circuit.