Monster Salt Water Battery

[melisantika]

Nice Video That You Share , So Very Nice Thanks You Monster Salt Water Battery

[Onepissite]

I Really Like The Video From Your Monster Salt Water Battery

[pemburuiklan]

Your Video Is Very Useful Sharing Going for huge amount of homemade power.

[molekulaTV]

Put some acid to it! Such as vinegar...

[ToemanX]

@molekulaTV Yes, adding vinegar will make a more powerful battery. However, the goal of this video was to

make a simple water and salt battery.

[molekulaTV]

@ToemanX got it

[azkeyz]

You have enough copper there to make a very serious battery

Cut the copper plate into 2 or 3 inch plates to make your new smaller series parallel salt battery.

[ToemanX]

@azkeyz When I started work on my battery I was ignorant. Originally I was hoping to make enough monster

batteries to power my house. I have since learned this is not practical. I could make a battery that produced 3 volts

or 7 milliwatts but it would probalby be cheaper to go to the store and a buy a battery of the same power.

[obber13]

@ToemanX dude. Put your plates closer together..... It will probably help. The further away from each other they are they less you get.

[ToemanX]

@obber13 I will try your suggestion the next time I make a battery.

[azkeyz]

If you want more current you use more plates.

If you want more voltate you use more containers.

if you want more voltage and current , you use more buckets and more plates.

Of course you can always put 4 buckets in series and 4 more buckets in series then tie them together in parallel at the ends to make more current.

I use 8 in parallel and 2 in series , expect about 3+ volts and 2 to 7 miliwats if you use salt.

1 inch to 2 inch plates.

[insaneAnimeLover]

If you want to build a powerful battery try a daniell cell - watch?v=0oSqPDD2rMA

Just take 2 buckets, put cupper sulfate and the cupper plate in one bucket and zinc sulfate and the zinc plate in the other. Then connect both with a salt bridge (e.g. a u shaped pipe or a hose filled with salt water with pieces of cotton at each end to prevent the liquids from mixing too much)

[ToemanX]

@insaneAnimeLover Thanks for your interest. However, you are getting away from the original reason for trying a salt water battery, it used common household things - salt and water. There are many chemical combinations that

can be used to make a battery but they are not common houshold items.

[RamoneTalarico]

I have found that using multiple cells you can get seriously useable power. I had a LED last more than 2 straight days of constant ON time and all that while it provided enough light to read by. I initially tried this with a single cell using a 1 foot copper pipe and a 1 foot long solid zinc rod...it didnt give much power, however cutting that pipe into 4 smaller pipes and the same for the zinc rod and making 4 cells out of them GREATLY increased power!

[ToemanX]

@RamoneTalarico What is "useable power" means different things to different people. Salt water batteries can work for limited needs. However, they can not even begin to meet all the electrical power needs of the average

house. I congratulate on your salt water battery success.

[pyrodion]

add more plates.. alter 8 plates C Z C Z C Z C Z sequence the connection more plates = more area for reaction

[ToemanX]

@pyrodion Thanks for you interest but I have already added more plates. I showed this in another video of mine. It is fun to make electricity from tap water and table salt as an experiment. However, I found these salt water batteries are not a practical source of electricity regadless of what you do.

[Br0kenMan]

ToemanX you are doing it the right way. 130 small cells takes up too much space (& time) & would not last as long. I have shown how using one single cell with large surface area of the best materials creates better output than multiple smaller cells.My one magensium and graphite cell (with multiplying circuit) gave more output than my 18 cell 12v dirt battery. I see ZERO videos by richardlyew to back up his claims. He quite obviously doesn't understand power and is interested only in voltage.

[ToemanX]

@Br0kenMan I appreciate your encouragement especially from someone like you

with your expericnce making homemade batteries. I looked at your videos on

batteries. You offer a lot of useful information.

[richardlyew]

it will sink in soon. no matter how big you make your cell, it will just be a cell and how much can you get out of a cell? now times that by 130

[richardlyew]

you are going about it all wrong, dont make ONE big cell, use all that copper and zinc to make 100 cells in 100 different container. a cell is just A cell which will only give you 1vdc or 2vdc tops!!! so go make a thousand of them. bigger isn't always better, sometimes more is better. i await your respond

[ToemanX]

@richardlyew It is rash to say I am "all wrong". A large one cell battery may produce only one or two volts but it will produce more amps. The result is the total power (or watts) is greater. I could make 100,000 small one cell batteries or I could make a one

cell battery as big as a house and the watts produced would be the same.

[richardlyew]

@ToemanX yes you are going at it all wrong. its all about how much you want out of the cells. eg. i wanted 12VCD so i build 13 2.oz cells then the AMP it was putting out was too low so i then build a total of 130 cells, i connect 13 of them in series to get the volt i want then duplicate that to make 13 sets of cells then connected them on parallel to up the amps. a friend of mine went even further with this. he did 14 cells in 1 set to up the volt then duplicate that 100 times to gain high amp

[ToemanX]

@richardlyew Thank you for sharing your experience with 130 tiny cells. However, I am the one experimenting with large cells. I do this because having two or three

large cells in much more practical than using 130 tiny cells. I will continue to experiment with large cells. I see nothing in your comment that proves me "all wrong".

[chungsan1]

Not bad.