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Can we generate electricity from water?

Think!

In this Instructable I will show you how to generate electricity from Water.

This instructable was inspired from

https://www.instructables.com/id/Water-Powered-Fla...

Here, water is used as a source of energy. Follow the steps to make it more clear.

Step 1: Gather Materials

1. Bowl

2. A Coin

3. Water

4. Aluminium Foil

5. Salt

6. Toroid

7. 1k Resiistor

8. LED

9. BC548 Transistor

6. Wires

7. Duct Tape or any other

8. DC-DC Boost Converter

9. Multimeter

Step 2: Working of Cell

Here demonstrated is the cell for generating electricity from water. Aluminium is Cathode and Copper is Anode. By arranging the setup, you can get electricity. Now let's go for it!

Step 3: Chosing Anode and Cathode

Here we Use a Coin as anode. Because coin contains of about 92% copper. And Aluminium is connected to wire as shown in figure.

Use tape to adhere wire on the coin

Step 4: Arranging It Up

Drop Coin and Wire with Aluminium foil in water and connect it to multimeter. You will see that this cell will generate upto0.4v.

Note: They should not touch each other.

But this type of arrangement will not generate more than 0.45. So lets make it more practical!

Step 5: How to Make the Cell

Here also we take the coin as anode. Firstly take coin. But here we will not take directly water. Use wet tissue wipes as shown in figure and keep it on the coin.

Step 6: Hey Jude, Let's Make It Sour!

The the wet tissue and apply salt on it. As this galvanic cell loves salt.

Step 7: Completing Cell

Lets complete the cell by putting aluminium foil on the wet tissue and it will generate upto0.7v.

By this cell we can do anything. We can make a joule thief and light an led. So let's make it!

Step 8: Making a Joule Thief

Firstly to make a joule thief you should be ready with your toroid.

Take a ferrite bead and wind two wires. Join the ends of two different wires and your toroid should match the figure.

More the turns more would be the efficiency!

Now Follow the circuit Diagram and arrange the components as shown in it.

Step 9: We Made a Joule Thief!

Here this joule thief can survive upon 0.135v! But our cell produces upto0.7v So we can light an LED.

Step 10: Charging a Mobile

You can also charge up Your Mobile with this cell usiing A DC-DC Boost Converter which converts from upto0.5v to 5v.

So, That's all with this Instructable. Hope you like it!

Thanks!

<p>Nice. But that is like saying a led-acid battery is water powered. </p>
<p>Of course the power does not come from the water but rather the metals at the electrodes ( and perhaps the solution, I have not checked the cemiestry )</p>
Water is the medium to flow the ions from copper to aluminium.
<p>With pure water it doesn't work. There's a need for impurities in the water and salt of course. </p>
<p>It can also work with water!</p>
<p>So you consider that water from your faucet is pure. I won't argue about that. The voltage depends on the metal used and the number of layers, you can replace HCl by vinegar or lemon juice or anything acid, the voltage (V) will remain the same but the intensity (A) will change.</p>
The voltage also depends on impurity in water. Water is selected as medium for ions to travel. Here purity is not seen but how many electrolytes or charged ions present is important.
<p>See this</p>
<p>You can also use lemon in water for more power and vinegar solution is the best! These impurities works best. More the electrolytes inthe solution, more willl be the voltages.</p><p>These elements can produce upto1.1v. </p>
<p>Right, but the energy comes from the reduction/oxidization of the metals, not energy in the water. The ions also pass through the tissue, which is also not the source of the energy.</p>
<p>I don't remember physics we made at uni but these Volta batteries produce a very tiny energy. You can search on wikies and you'll find it produces almost nothing. The Joule thief increases the voltage but decreases the current, and this is not proportionnal, in fact, Joule thieves are high energy eaters. I'm pretty sure it'll take weeks to reload your phone, if it's reloaded. I even think any phone needs more energy in idle mode than the one you can collect here ! </p>
<p>How much current can this supply at 5V?</p>
The current during charging is enough to charge. My Nokia mobile was charged. And if it doesnt charge your mobile then take the output of joule thief and connect Dc-Dc boost converter to it!<br><br>Good Luck!
<p>How long did it take it to fully charge? </p>
It takes much to the phones nowadays because some phone have 5A charger. The viltage also drains from cell with the time. <br>
<p>So this doesn't really charge a phone (correct translation?)</p>
<p>It Charges but takes a ton time</p>
<p>Could you give some data on the charging, including the current?</p>
The current during charging is enough to charge. My Nokia mobile was charged. And if it doesnt charge your mobile then take the output of joule thief and connect Dc-Dc boost converter to it!<br><br>Good Luck!
<p>Great, but does not answer the question, &quot;what is the charging current&quot;.</p>
<p>About 335mAH</p>
<p>And in salt about 415mAH</p>

About This Instructable

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Bio: Hello, I am 17 year old innovator living in India. My interest lies in Electronics. Surf through my creations and enjoy!!!!1
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