Part 2 Large LG Washing machine Motor / Generator run off a Power Inverter with 12 volt Battery

Hi and welcome to my channel.
This video is about the washing machine motor generator and its being run off batteries using a power inverter to see if it is possible to basically run and power itself.
As you will see on the video it appears that it may be possible, I cant say for sure at the moment because I am still working out the power used to drive this generator.
There are a couple of modifications that need to be carried out but as a first test it is a positive result.
The first stage is to ensure that the battery holds or increases its charge.
The two batteries are connected up separately and the Inverter is connected to only one of them as the other battery is takin a full charge.
It may be possible to swop batteries automatically after a period of time so the charging effect transfers from one battery to the other. repeating this over and over again.
I also wired up a feed from number five solar controller to the large Newman generator which then ran the 4 pole Newman motor, Thus showing that at least 12 volts was being generated on each solar controller.
I haven`t made the video too long as I just wanted to show that this idea has got some merit and is worth exploring further. You have to start somewhere lol. Please a thumbs up and like and if you haven`t subscribe already please do so as it will help me to build up my channel so you tube helps to fund my projects in the future. Many thanks for you support. Keep safe and bye for now.
regards Deryck

[@B.Cote39]

Amazing work sir thank you 🙏

[@DeryckThompsonChasingtheDream]

Hi Glad you like what you see, make sure you subscribe so you dont miss out on any future video`s of mine. Regards Deryck

[@B.Cote39]

@@DeryckThompsonChasingtheDream absolutely, one step ahead of ya !!!haaha

[@leroydehne708]

i stumbled onto your first vid, i am now very interested in the second. you are very successful in getting the motor to even turn! most tinkerers cant achieve this. im one of em. i hope your keeping detailed records because your onto charging the inverter battery to self sustain. you mentioned useing multiple batterys having an automatic switching should work untill the batterys poop out, which could take a long time depending on use. dont let the nay-sayers put a damper on your dream, there are a lot of over unitys around and i think its possible. they laughed at Tesla too, now the world has ac power because of his dream. good luck and keep'r going!

[@DeryckThompsonChasingtheDream]

Hi and thanks for your comments. I am so pleased that someone has finally realised what I am trying to do here. as you say self sustaining. I am trying to charge the battery or batteries faster than the power inverter is using the power. I can achieve 6 x 24 volts at 4amp which if connected up properly should be enough to achieve self charging the system. I too am a big believer in over unity and it will be a simple idea that achieves this. Scientists use maths and physics which tells them it cant be done so thats what they believe.

[@nikako849]

Samo naprijed 🇭🇷🙏💖☑️👏👏👏👏👏🗣️💓💓💓💓💓

[@johnwynne-qx6br]

Great video and a great setup, have you tried using a pwm and coils get them to self oscillate and using the frequency and duty cycle you can fine tune the performance according to your coils. No rotors or flywheels needed. Not as much fun but more control. Thankyou uploading your ideas and projects i have subscribed and look forward to your next video.

[@giovannijaimes333]

Good job

[@dosomething7930]

Hi , as soon as you load those coils they flip polarity and you get opposition between the coils and magnets. You can never achieve what you are hoping for with this set up.

[@orasanubogdanliviu6554]

i think you are there but your measurements arent very precise, i see and understand the reasoning behind using the specific motor and specific generators , i would use belts with teeth in order to physically sincronize dc generators so i can out them in series ,gain voltage and lower amps for same load. if my eye doesnt lie to me you would be able to put in x power , asume some not perfect transitions from mechanichal to electrical and back, and you might remain with a healthy 160 to 160% output. maybe you got it but just nedeed some tunning. good job either way, i love you passion and dedication. god bless

[@SANTO971]

Wait. You are using wrong type of solar controllers. They are PWM type. Use instead MPPT - maximum power point tracking.

[@nikako849]

Da, Great MPPT🗣️👏💓☑️🙏💖🇭🇷dobro ti njemu kazes !