Self running 2020 fuel less generator

My channel was hacked and we are trying to get it back on its feet.
My videos are demonstrations of my inventions
This is the original video of this generator.
#freeenergy #greenenergy
#alternativeenergy
#generator
#fuellessgenerator
#escooters
#powerstation
#chargingstation
#charging
#oscillation
#battery
#voltage
#amperage
#powerbank
#bankofbatteries
#voltmeter
#electric
#camping
#offgrid
#energy
#rv
#campingvan
#motorhome
#charge
#discharge
#phonecharging
#bulb
#light
#solar
#solarenergy
#solarpanel
#motor
#alternator
#magnets
#coils
#circuit
#electroniccircuit
#converter
#electronic
#electroniccomponents

[@samuelcelestine2319]

Thanks for sharing your knowledge. Please make a video on how to modify the alternator with magnets. Thanks

[@denissabourin]

Hi Samuel, thank you for your comment. I will try to make a video for beginning of January. Best regards

[@samuelcelestine2319]

Hi Denis, that will be cool. Peace love and light.

[@denissabourin]

@@samuelcelestine2319 thank you

[@therealexperiments8753]

Battery will drain out, if there's no 12.6V .....fail

[@denissabourin]

Hi, there is no extra energy coming directly from the generator. The magic of this generator is that you can get, in the end, more energy through energy storage than what you used in the input. The test that we made and will publish is that we are charging a battery and since we saw that the alternator is strong enough, it can charge 4 batteries of 50Ah each so you keep 2 for the input battery, it can be by a step up DC to DC converter to charge the input battery and you still have 2 fresh battery to connect an inverter of 1500W to run your devices. There is no point to light only the bulb from the generator directly but I will publish a video where the bulb still runs directly from the generator while it is charging the batteries at the same time. Be patient we will publish new videos soon. Regards

[@success_tipz]

But how long does it take to drain the battery with a 200w load like that?

[@denissabourin]

Hi Dr Chul, the generator with the alternator on it can charge several batteries and this is not the problem. The problem is to separate the batteries by diodes and a switch so that you can charge back the input battery that runs the generator only from 1 battery while others remain fresh. If you do it at the same time the generator works you will have a problem because batteries hate when you charge them and use them at the same time to run the generator. So the batteries must be separate and a separate battery is the one that will charge back the input battery while the generator stops for 2 hours for example. The battery you use to the charge the input battery will recover automatically by the other charged batteries and after 2 hours when the generator works again for a few hours, all the batteries will be charged again. The first charge battery that doesn't charge the input battery but is charged for load will carry the inverter that will give you the load for your house. There is no point in using the generator to light a bulb when you can charge a small bank of batteries and get much more from the inverter. The last separate battery with the switch that runs the big step up converter to charge the input battery that runs the generator is full after 2 hours. And the alternator will charge the whole bank when it starts working again. It's very important to separate the charge battery because each of them has a different role. You can also run it without stopping by installing a relay timer so that every 2 hours it will use the 3rd battery to charge the input battery without interfering the two charged ones. I hope it helps. Best regards

[@jtpinion4294]

@@denissabourin Hi. Use high value capacitor banks and a smaller starting battery.

[@denissabourin]

@@jtpinion4294 Hi I appreciate your comment. I'm trying to make a new video and will try to publish it in a few days with a smaller battery. It's a good idea to use a high value capacitor bank. The smaller battery in my case will be just a "transit" battery to transfer charge to the input battery which is big for now in this case. In the future I will take your advice and use another one. The video will be published soon. Thanks for your patience.

[@vlatkicute9622]

Stil it look like shafts are conected by PVC pipe.

[@denissabourin]

Hi, the shaft between the generator and input motor is well welded. The other side with the PVC pipe is not connected to anything because the motor that spins the alternator is working on electricity not by pulley or shaft. Best regards

[@junjambo2313]

Can we produce mass production

[@denissabourin]

This is my email luelmade(at) hot mail (dot) com you can contact me there and we can see what can be done. Best regards, Denis

[@vhanygomes]

I like your videos, but I think you complicated a bit on this one🤔, this should be a simple system

[@denissabourin]

Thank you for your comment. I'm doing so many tests and it is a bit complicated as you say but we learn everyday. Best wishes

[@vhanygomes]

@@denissabourin much appreciated Denis... Keep on💪👌

[@toolman7654]

Pl tell me when running machine, Battery volt and amps Load side volt and amps . It's very simple prove over unit or not. I guess 3 bulbs(100w x3) parallel test will be fine.

[@denissabourin]

Thank you Toolman for your comment. The generator is not meant to prove over unity, we are just trying to run this generator efficiently for people who use it around the world. So the main target is not to prove over unity because we see that it can power bulbs and gives power out but at the same time we have to charge a bank of batteries as much as we can in order to cover the input battery that runs the inverter which runs the input motor of a washing machine. At the same time we have direct AC load from the generator itself for example the bulb of 100W, we are also charging through the alternator that is connected to the generator too and this alternator charges a bank of batteries. The most important thing is to charge the batteries. A part goes back to the input and the second charged battery powers the second inverter for load. Best regards

[@kostelgerollari9762]

You have stick magnets to the rotor ?

[@denissabourin]

Hi Kostel yes I did. I will try to make another video with more detail soon. There are 2x4 magnets facing north in each canal of the rotor. Total 16 magnets, 2 lines of 4 on each side and the same on the opposite side. They are in the plastic canal of the rotor. I didnt even drill anything, they are glued with epoxy glue. Best regards

[@energydreamer5347]

Good see you back!

[@denissabourin]

Thank you, I appreciate it