Make Pipe Battery!
ฝัง
- เผยแพร่เมื่อ 14 ก.พ. 2016
- How to Make a Homemade PVC Pipe Battery. Ok! I replicate "LaserSaber" copper-magnesium-water or Aqua battery and i'm not very happy for the first result. This video i will show a homemade battery. I used deionized water and Soda Alum. Result two tablespoons with soda is about few hours of electricity "energy". Now i have the body of this battery to experiment with it, if you know some better materials or liquid would like to write your opinion...
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An electric battery is a device consisting of two or more electrochemical cells that convert stored chemical energy into electrical energy. Each cell has a positive terminal, or cathode, and a negative terminal, or anode. The terminal marked positive is at a higher electrical potential energy than is the terminal marked negative. The terminal marked negative is the source of electrons that when connected to an external circuit will flow and deliver energy to an external device. When a battery is connected to an external circuit, electrolytes are able to move as ions within, allowing the chemical reactions to be completed at the separate terminals and so deliver energy to the external circuit. It is the movement of those ions within the battery which allows current to flow out of the battery to perform work. Although the term battery technically means a device with multiple cells...
Chance, Luck, Errors in Nature, Fate, Destruction As a Finale by Chris Zabriskie is licensed under a Creative Commons Attribution license (creativecommons.org/licenses/...)
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#Howtomake #Electric #Mechanic - วิทยาศาสตร์และเทคโนโลยี
Buying one helps my research tremendously, helping me get all the supplies I need for the future. Visit my store on ebay: www.ebay.com/usr/eleman-gc
How much?
@@jessieangeles7468 Joule Thief / 2 Batteries 3.7v & 1.5v with Multifunction meter, startup 0.6volt: www.ebay.com/itm/115812572680
@@jessieangeles7468 High Efficiency Joule Thief AA 1.5volt Battery to 10 Leds 10mm, startup 0.6V: www.ebay.com/itm/114362916109
High Efficiency Joule Thief AA 1,2 volt Dimmable & Rechargeable, startup 0.6V: www.ebay.com/itm/114362905040
Plasma Lighter, Joule Thief AA 1.5volt & Dimmable to 120v/220v, startup 0.8volt: www.ebay.com/itm/114524675912
Plasma Lighter, Joule Thief AA 1,2volt Dimmable & Rechargeable, startup 0.8volt: www.ebay.com/itm/114524660104
Super Efficiency Joule Thief from, AA, startup 0.25v to 1.5v & 0.003A to 0.012A!: www.ebay.com/itm/114907408385
Hand Crank Supercapacitor 35 seconds charge to 15,20 or 30 MINUTES of Lighting: www.ebay.com/itm/115023416297
Emergency Lighter Joule Thief 3,7volt Dimmable & Rechargeable micro usb 5volt: www.ebay.com/itm/113919844674
Joule Thief / 2 Batteries 3.7v & 1.5v with Multifunction meter, startup 0.6volt: www.ebay.com/itm/115812572680
A fair amount of money, time and material went to make the battery. The voltage is what would be expected from the chemistry but the current was underwhelming.
Optimizing electrolyte strength, electrode distance and surface area will surely improve its power output.
Current is in part effected by distance between electrodes, their surface area, and the electrolyte conductivity and temperature.
1) Electrode distance could be improved by using a paper separator. Having the electrodes close together lowers the battery's internal resistance.
2) Your cell was using approximately just 1/2 the electrode surface area. The spiral guide was blocking ionic currents between electrodes. You likely would have done better winding on a pvc tube without the spiral guid. Many designs use plates for electrodes roled around each other to use the plate area on both sides of the electrodes.
3) either find a table of concentration /conductivity for your electrolyte, or make one for yourself. Make a probe that tests conductivity of various electrolyte concentrations. You may try taking two graphite electrodes and attach them to something that will hold them a constant distance apart and cover up with glue, epoxy or wax, all but 1/2 inch of each electrode. Attach the electrodes to a 3.3v of a computer power supply with an inline amp meter. 3.3 volts because the current will be reasonably low for testing and less likely to change the temperature of the electrolyte. Use 3 or more glasses with varying electrolyte strengths. Add exactly the same amount of water to each glass, and a varying amount of your electrolyte (sodium aluminium sulfate in your case). Label each with the concentration used. Record the highest current conducting concentration and the concentrations just above and below it. Dump, clean, and repeat your testing with your new ranges with the minimum and maximum concentration recorded from your lest set of tests.
If the highest conductivity is found in either the minimum or maximum concentration, then use the two highest conduction concentration and repeat the test with concentrations between the two highest conducting and another on the other side of the highest conducting concentration.
. The point of all this is to find the highest conducting concentration providing the lowest internal resistance. Make sure your water is all from the same source at the same temperature room temperature.
That's a beautiful job!! You may have forgotten to protect your magnesium anode. It will be eaten away very fast!!! Give it a coating of a mixture of ZnO and MnO2 if you are looking for a long lasting magnesium ion battery. Or coat it with MgH2 or MgCO3 which are both conductive and protective.
Must be fun to travel with this through airports. Nice work. I am teaching batteries in my last day of an upcoming workshop. We are going to stick to saline solution and aluminum and activated charcoal leads Happy to share the video afterwards. Keep up the good work.
Well Done, Your Battery design gave me some insight into one I was thinking of constructing. Thanks for the share.
A very nice project. Well done. Cheers!
Thank you for igniting my curiosity.
Bravissimo George 👍
Very good experiment. Thanks for posting.
Very elegant design. 9.7/10
Hi, excellent project. How long will the battery provide energy to light the bulb?
Take burnt ashes from hard wood, mix them in water allow to settle. and pour off the water into a container and you have Lye and water. Boil it, and concentrate it. Its an alkaline too. You can buy it but in some countries Lye might be hard to get.
I love it could you use a carbon rod and magnesium foil for a longer life? And more voltage.
GOOD AND AMAZING EXPERIMENTAL SUBJECTS DONE, IT DOSE NOT MATTER WHAT MONEY YOU HAVE SPENT , IT MATTERS WHAT YOU HAVE GOT IN A NEW OTHER WAYS SOURCES OF ENERGY AND ELECTRICAL OUTPUTS BY NEW APPROACHES, KEEP THIS SPIRIT AND MAKE SOME INNOVATIONS, THANKS
Very well done ! Congratulations !
+overunitydotde Thanks for watching Peace!
very good George
Nicely done video mate. Maybe you could show how you made all props on your table. Also, have you tried the (JOULE THIEF)? I think it would improve your over all power. Just a thought. Thank you for your time in showing off your skills to the world.
3:36 so it produces over 1volt with skin moisture as electrolyte? that is super cool!
Mr Chaniotakis, today I found a great new you tube channel. Your work is exemplary. Thank you for sharing.
EXELENTE TRABAJO....ME GUSTO MUCHO. Y ESTARE PENDIENTE DE LOS DEAMAS VIDEOS QUE SUBAS.....SALUDOS !!!
Nice DIY - how many VA can you get out of 1 single charge ? Is it rechargeable?
Good job, please what's the second metal used alongside the copper wire?
Thank you
excellent presentation I would encourage you to do a crystal or solid state battery video build
cool experiment. you can also use this to measure temperature while water is flowing in the pipe without the chemicals... just water temperature
Very nicely done! Banks of ten batteries run in series would give you 1000ma and ten banks run in parallel would give you 15 volts at 1000ma. Is this battery rechargeable by solar panels? What is the lifespan of this battery? Thank you.
OK but "Robert Murray Smith" Look at his ultracapacitors and also his batteries. Its really cool stuff.
πολυ ωραια κατασκευη.. :) καπου ειχα διαβασει οτι με χλωρινη που εχουμε στα σπιτια μας μπορεις να φτιαξεις πιο ισχυρη μπαταρια αποτι με σοδα και νερο αλλα δεν το εχω δοκιμασει .. περα απο αυτο το μειονεκτημα με την χλωρινη ειναι οτι μυριζει εντονα..
good job
take this into school and show all your teachers. you might get free shit.
Tengo una pregunta ¿ El cobre debe o no debe tocar la tira de aluminio para poder establecer el positivo o negativo ?
I have a question should or shouldn't the copper touch the aluminum strip in order to establish the positive or negative
Bravo Patritha!!!!
ευχαριστώ αδερφέ!
Thank you for sharing - it takes a special person to do such beautiful work! You are special!
whats the use of that checkvalve in the middle?? is that for refilling or an exhaust?? btw. very nice and educational.. awesome bro
?por favor para economizar consumo eléctrico de un Coffee maiker? de cuanto es el capacitor? gracias.Los felicito por sus vídeos.
hi there, may i know how many ampere it can get, thanks
super video, super music! thanks! !!
+Артур Тоцкойнов THANKS PEACE...
What did he do the coil? He heated it? With what?
It is amazing job 😊😍👌👍👍👍
Use lemon juice as the electrolite dosnt allow as many working hours but amazing voltage
Bro, charge it first so you can have the desired voltage and amperage! It will work more sufficiently! We've been using that techniques in the remote places in the Philippines! God bless you! Good job!
sa pilipinas po ako may video ka ba na ganyan.. curious lang ako sa ginawa nya. tnx
What did you put the wire on? What did you add to the water?
It is a nice project that can be used for extracting chlorine , the bubble that makes if it could be linked to other reactor for making CaCl2 or something else... I feel it is not a bad idea at all....
Nice & Great Video.
how about incorporating some capacitors
How would it recharge after use
Where you get the green tube insert?
how long will it last? does it need to be refilled every now and then?
That's awesome work. You ignite my curiosity to try this for fun. And thanks guys for the positive comments so far.. Keep up the good work :)
What did he do the coil? He heated it? With what?
State which materials are yu using and also that liquid
is it rechargeable..?
Good job
awsome video and aekara to boot lol nice
Σ' ευχαριστώ, αδερφέ!
7:10 pressure release valve?
The 36 people that disliked work for a power plant. I liked this video!
Thanks man!
***** ur welcome :)
JoeAceJR
lol it's a fun project but it's completely useless in reality. The cost of those materials, the fact that the metals will corrode and are therefore a consumable, the cost of the salt and water..
It would be better for the environment and cheaper for this guy to just buy rechargeable Nickel Metal Hydride batteries.
Like I say, a fun project but your comment is silly :P
Gadget Addict Dont all batterie metals get corroded? does the lead in a 12V lead acid battery not corrode at some point? Also, just replace the metal when it is corroded.
Where do i get those _Nickel Metal Hydride batteries_? and how much do they cost?
nice,good job thanks
what is the amps output ? ps check out the Stubblefield coil it's the same idea
The coil winding is very smart idea
What did he do the coil? He heated it? With what?
Just try magnesium anno and a carbon rod going down the middle in your water solution. In a Earth battery, pushing a magnesium anno and a foot long carbon rod into the ground. You get 2 volts using it on your setup. I'm wondering how much it could generat?
How long dose it use?
interesting experiment, educational, a little costly, it shows how a battery cell works. but not very practical, a AA will out last it and supply more power in the end.
but very good demonstration of how a cell works. thank you for the display.
What is the powder added?
What electrolyte used?
Super duper! Very nice!
Rechargeable?
Good luck getting that on a airplane. I will just buy a AA battery it does 1.5v but I must say it was very educational..I once watch my dad make me a temporary alternator belt out of a pair of pantyhose at 2 am when all of the auto parts stores were closed. it generated enough volts to get me home.
very nice and thank you but, size of pipe, size of material used? name of the products in english please.
Do you have a video on how to make the light bulb work?
I like it. How about this? Make the anode the inside of the outer wall, make the cathode the outside of the inner wall? Way more surface area.
MUITO BOM ,GOSTEI !
what cost to make one and do you have site to go To
Perfect.. what is the silver material?
Magnesium
can you list parts and where to buy ?
Thanks very nice.
What was the permanent magnet doing? I believe the battery works but I have doubts about the proximity of a static magnet and a coil.
+Storm Warrior : may I guess? it is for activating the reed switch inside the coil. Hope this is right.
a mixture of limestone and salt worked really well in my case. the plates are made of copper and aluminium. you mix the two salts 50/50 and add just a bit of water. apply the paste between the plates (distance should be more than ~0,5cm) let it dry and it is ready for use. with a LED joulethief mine worked some weeks
it may need some initial charge, just for some seconds
you can try adding vinegar instead of water probably increase the potencial of you battery. peace
title of song
helut kuno , I have a question about the distance between anode and cathode you propose, can we reduce it farter more than 0.5cm? did you used to reduce it? and is there any problem with your battery?
how large was it overall?
ciao dove posso reperire i materiale per fare la batteria in casa?
How long did it last?..
Γιωργη, αυτή την βίδα, πως θα την ψάξω ή που θα την βρω....
ΠΟΛΥ ΩΡΑΙΟ ΠΑΤΡΙΩΤΗ!!!
Ευχαριστώ αδερφέ!
Very nice I like it.
+basil dafnas Σ' ευχαριστώ,,,
is copper anode right??
Where the hell do you get deionized water & soda alum?
Για σου ρε ΑΕΚΑΡΑΑΑΑΑΑΑ!!!!!!!!
Interesting. Not practical, but definitely interesting.
What did he do the coil? He heated it? With what?
Excelente 🇩🇴🇩🇴🇩🇴🌎
try copper and zinc with Himalayan pink crystal salt
it does not matter how big the cell is .. the cell will make approximative 100 ma of current and 1.5volt dc voltage average . the key is to make many small tiny cells like the one you built and put them in series. what you have shown in the video is only one cell . make two cells put them in series you have 3volt dc but still 100 ma current. the way a fuel cell stack works is the idea . many micro cells in series to get high voltage low current now you can do more work with the energy.
Yea!!! Someone that thinks like myself. Exactly what I'd do.
And connect the in series battery with a in parallel battery. High Volt from series, high A fom parallel.
(from you tube, thanks for sharing all experiments)
Beautiful video. Thanks. 👏👏👏
@@superdave54811 me too...
What did he do the coil? He heated it? With what?
Hi, make with aluminium and graphite (active carbon aquarium), for better perfs ;-)
Unfortunately it's been done many times at least 10 years ago by a bunch of us eexperimenters and it is galvanic and the magnesium eats itself up in no time when pulling power from it
.there is a much better way that last longer and that is encase the coils is a melted mixture of chemicals like alum epsomsalt carbon and when melted creates a hard ceramic shell that will absorb moisture in the air in such small amounts that it will last 100 times longer. I call it a solid state crystal air battery.
What is the green pipe?
Είδες τι κάνει η σόδα Ηλιος; χαχα. Σε παρακολουθώ καιρό. Ωραία δουλειά
Χρόνια πολλά!!!
Hi, your vidoes are very nice
they can be much much better if you add voice or text too
anyway keep doing great work
+Arik Na Thanks for your comment, i really appreciate it.
What did he do the coil? He heated it? With what?
πάντα έξοχος, μπράβο
Να'σαι καλά αδερφέ... σε ευχαριστώ!
HELP. My kid decided on this as his school project. Can you give me a list of materials.. What is the green pipe with threaded outside?
tHaNkS
It is cool but The only problem is you can't get any useful energy out of it. If we could make a voltaic pile that puts out 12vs we would have some thing useful
ωραίο πείραμα
Σε ευχαριστώ αδερφέ... Καλήμερα να χουμε!!!
I wanted to know where did you get the green piece that you coiled the wire around and submerged inside of the battery I can't find anything like it
Found in Greece.
I would like to know how to aquire one
looked kinda like flexible plastic conduit for buring cables underground
Gracias , Tesla aún respira a través de muchos de nosotros , god , sigue adelante , estos desarrollos son parte de una nueva sociedad , un nuevo mundo , está comenzando , gracias , tenkus buitifull
Connect it to a joule-thief to charge your phone in an emergency?
Μηπως ειστε Ραδιοερασιτεχνης?
Don't know if You had really the 3 W of the led bulb but looks Quiet Good Power anyway :) showing the amps would have said ;)
Did You make a calculation of its energetic capacity? how many joules we can take from? Functional voltage × amps × duration in seconds would say too ^^
Btw, Very Clear Video! imho. and thanks for speeding the video were it was possible, that saves some time :)
Regards,
Didier
+Didier Khwartz well if he messured the amps would it just blow the fuse like if you messure a car battery
lol, looks You're not electrician! ;)
Nope, you have no risk when you used a resistor in series to low the voltage. Just need to monitor the amps and voltage across the resistor :)
Didier Khwartz i know that
Didier Khwartz i thought you meant just put the multi meter straight onto the battery
ben lawton ;)