Electricity is a staggering invention. Without it, we would still be living in darkness. It has made this whole digital world possible, and it has opened new doors in every scientific field. Additionally, we invented batteries which help us bring electricity wherever we want to have it. Ever since then, we've been improving their design, and now they're everywhere.
We have batteries in our mobile phones, laptops, Bluetooth headphones, clocks, power tools, and cars. None of those things would be as efficient as they are if we removed the batteries. There would just be a mess of cables. Also, when we go deeper into their world, we see that there are many different types. A few of the most popular ones are Lithium-ion, rechargeable, NiCad, NiMH as well as lead-acid ones that we use in cars.
At some point in your life, you must have experienced a dead battery. This happens when all the juice is used up from it and needs to be charged again. It's an unpleasant situation, but it happens regularly. Almost all of us charge batteries wrong too, and that shortens their lives. Well, reconditioning is bringing them back to their former glory. Click here to read more.
It's a process that brings old batteries and cells to life, just like they were when you first bought them. Many people throw the old and inefficient ones in the trash. There are two reasons for that. The first one is that they don't want to deal with reconditioning. The second reason is because they don't know how to do it.
What are the benefits of it? You should know that an inefficient battery in good shape can be reconditioned from one to three times. That prolongs its lifetime by a whole lot. Also, if you don't do it, you are going to need to go to a store and buy a new one and throw the old one in the trash. Why waste money when you can spend half an hour learning a skill that will help you through your life.
The first benefit is increasing the lifetime of your batteries. In a car, they can be used for at least five years. After that, you can refurbish them and use them for two more years. That's a great return on your investment. Also, you get to save some money because you'll be changing them every seven years instead of five.
Additionally, you'll be doing Mother Nature a favor. Electronic waste can't be recycled that well. The key components in them are lead and acid. If a river or soil gets contaminated with lead, it's hard to decontaminate it. We drink the water and we eat the plants that grow in those places. Eventually, our ignorance could lead us to poisoning.
Another exciting thing about this whole process is that it's inexpensive and easy to learn. Once you get the hang of it, you could start your own business and help other people. It's a lucrative idea since everyone benefits from prolonging the life of their car batteries. But for that, you're going to need to learn a lot more.
How to do it?
Since you're going to be dealing with electricity, you're going to need some protective gear. That includes rubber gloves and goggles. Make sure that you're wearing something with long sleeves so that any spills won't damage your skin. You can also read this ezbatteryreconditioning.review for more info.
Apart from that, have water and baking soda mixture next to you in a bucket to take care of spills that happen on the floor.
Next, you're going to need to remove all of the corrosion from the terminals. You can use the baking soda here too. The mixture should look and feel like a paste. Fill a small bucket with the soda up to half, and then put a quarter of water in there. Mix it up nicely and then take a toothbrush and rub it against the terminals. After a bit of scrubbing, the corrosion will go away.
Next, you're going to need a voltmeter to get some readings. The red wire should connect to the plus sign and the black wire to the negative sign. If the readings you get on the voltmeter are somewhere between 10 and 12.5 volts, you'll need to do some reconditioning. On the other hand, if it shows 12.6 or something higher, then there's no need to do it.
The next step is to grab a screwdriver and open up the caps. Put them all in a safe space because they can be lost quite easily. After that, pick up the battery and pour the electrolyte mixture into the same bucket that has the baking soda. This will neutralize the solution. Make some more of the same mix and put it in the cells. View this link for more http://overdrive.in/news-cars-auto/features/five-tips-on-battery-care-of-your-car/
When it's full, start shaking it for thirty seconds up to a minute. This will clean everything from the previous electrolyte solution, and you'll be able to put a new one. When you're done shaking, open everything up, and dump it into the same bucket. In another one, put a liter of distilled water and 120 grams of Epsom salt.
Mix that nicely until there are no chunks, and everything is liquidized. When that's done, you can start pouring it into the cells. When you finish, carefully close every cap and charge the battery at 2 Amperes for 24 up to 36 hours. When that's done, take the voltmeter again and measure the voltage. The wiring is the same as before, red goes on positive, and black goes on negative.
The number now should be 12.6 volts, and you're going to have a fully functional item to use for another two years. If you want to be completely sure, you could also take a battery test kit and see whether it performs nicely. The test is to maintain 15 seconds of 9.6 volts. If it passes, you're good to go.