Batery Reconditioning

Review of “Battery Reconditioning Guide” by Louis Pierce

Click here to see the battery reconditioning website.

These days we are all looking for ways to save money and even to help the environment. If you came across this site you are most likely such a person and you already know how battery reconditioning can contribute to meeting these goals.

Battery reconditioning is the act of reviving batteries that seem to be out of juice. After you learn how to do this you can save a lot of money and even make money reconditioning batteries including rechargeable batteries and lead acid batteries for others. There are one or two different methods of battery reconditioning depending on the type of battery. The cost to recondition, per battery, are very low and the effort is minimal.

In doing some research on how to recondition batteries, I came across this guide: “How to Recondition Old Batteries and Save $$$” by Craig Orell. Note, this is only a review, if you are looking for his website, click here.

This comprehensive guide to battery reconditioning provides an excellent value showing you how to recondition old batteries at home and bring them back to full working condition. This is great for car batteries, laptop batteries, the D batteries required for your old boom box … basically any kind with any volts. The guide covers the following concepts regarding fixing batteries, in detail:

• battery reconditioning
• laptop battery reconditioning
• nicad battery reconditioning
• lead acid battery reconditioning
• deep cycling batteries

Reviewers comment on how they were about to throw out their old car battery and spend hundreds on buying a new one, but they found this guide and were a able to restore these batteries at little to no cost.

The best value in this guide is where it shows you where and how to buy old dead batteries and turn them into reconditioned batteries to make extra money.

Click here to see where the guide shows you how to make money with battery reconditioning.

At first I thought that this guide might be overpriced, $129.00, however it has recently been placed on a limited time offer to sell for $49.97. They also offer a money back guarantee, so there really is no risk in trying the guide to see if you can recondition batteries on your own. I have personally returned many products through the tool that this site uses to process their orders and returns and the process is extremely hassle free.

The editors also promise lifetime updates to anyone who purchases the battery reconditioning guide, so if the guide is ever updated with new techniques or information, you will be notified.

To conclude, if you are looking for a way to save money by rejuvenating old batteries or if you want to start a battery reconditioning business to make extra cash, this guide can show you how to do either or both. The guide shows everything you need to know including tools and supplies plus the procedure it takes to bring old batteries back to life.

Click here to see the battery reconditioning guide website.

Battery Reconditioning: Easy Methods to Extend Battery Life

Information on battery reconditioning at home.

Any battery used for an extended period will fail , however users often encounter the difficulty of untimely battery failure.  This situation can be easily avoided if you follow some simple tips. 

Most peoplethink that if they power down their devices, battery life will be extended .  Unfortunately, this often results in the opposite outcome .  Devices consume more power when they are starting, so turning the device off is not always the best way to preserve the battery.

Follow the recommendations below for improved battery life:

• Cars, Trucks, Boats, Etc
• MP3 Players, PDAs, Laptops, Etc

For any battery, the most important factor to consider is the temperature . Ensuring that the battery is not exposed to high heat can extend the life. High temperatures lead to faster chemical reactions. In addition to the temperatures, a reduction in the number of discharge/charge cycles drastically helps battery service life.

Vehicles

• The best way to extend the life of a car battery is to keep the battery charged at all times. 
• It is also essential to protect the car battery from high under the hood temperatures .  A proper case or heat shield can protect the battery. 
• It is a good idea to check the electrolyte levels in the car battery on a regular basis during hot months . 
• A rising trend seems to be for car manufacturers to relocate the battery to be stored in the passenger compartment or in the trunk as a way of not storing it in the engine compartment to enhance the life.  Obviously the battery stays much cooler if it is not stored in the engine.  This strategy improves battery life as well. 

Electronic Devices

• Battery life can be increased for cell phones, laptops, PDAs, mp3 players etc. by turning down the brightness when it is not needed. For example, when using these devices in a dark room, it is not necessary to set the brightness to 100%. The brightness can be lowered enough so that the screen can be seen without exerting any strain on the eyes can be done. The amount of time the backlight stays on can also be decreased. For iPods it doesn’t have to stay on for 10 seconds, 2 seconds should be good enough. Laptops can be set in hibernate mode when not in use.
• Many people are unaware that turning down volume increases battery life. Use headphones that are louder and leave the volume at 50%.
• Background applications are power hungry monsters. Stop everything that is not being used .
• On laptops , you want to make sure to defragment the hard drive on a regular basis so that your computer does not use unnecessary resources trying to work with inefficiently arranged data.
• Send the computer into standby mode after a period of inactivity as it conserves battery. Though, standby resume also uses some power but not as much as starting up. Leaving a DVD or CD in the drive can decrease battery life, as it uses power whenever the drive starts up.
• Turn off wi-fi functionality on the device when it is not in use.  When the wi-fi is on, it consumes a large amount of power even if it is not being used. 
• You can also turn off the “fetch” feature for emails and notifications on the device.  This way the device is not constantly using power “working” when you are not actively using it.

When your battery does finally fail, and you know how to recondition batteries, you can revive them easily, saving money and time

How to perform battery reconditioning yourself. 

NiCd Battery Reconditioning – Restore Aged Rechargeable Cells

Nickel-cadmium (NiCd; also Ni-Cad batteries are great for powering are great for powering RC “toys” such as raido-controlled airplanes or cars. However using these batteries, hobbiests always run the risk of having the NiCd battery power die enexpecedly and ruining a day of fun.

NiCd batteries are knowon for, over time, losing their capacity. Since these batteries can be used in everything from power tools to computers, power failures can be extremely inconvenient. However, once you become familiar with basic battery reconditioning techniques, you’ll find that this problem can be solved relatively easily.

Some consumers do not know that the way in which they handle their NiCd batteries can greatly affect how long the batteries retain their power. As these batteries age, the nickel crystals tend to enlarge decreasing the total crystal surface area. This reduces the cell capacity and increases internal resistance. Luckily, by slowly discharging each cell from 1V down to 0.4V, the nickel crystals can be re-formed.

It is not possible to recover 100% capacity, however you can greatly prolong the useful life by up 40% by cycling them once per month. The amount of capacity that can be recovered depends on the condition of the battery when you start, the number of cycles the battery has gone through, and the battery age. You can build a simple battery reconditioning circuit using a 4-cell battery pack.

A battery connected to such a circuit will be discharged at about 1900 mA until its voltage reaches 1 V per cell . The discharge current is then reduced to 38 mA until the battery voltage reaches 0.4 V per cell.

When the 4-cell battery pack voltage drops lower than 4 V, the analog switch U4 is closed. The current-set output control voltage drops to 3.8 mV, and the current-sink circuit discharges the battery at a rate of 38 mA. When the battery voltage reaches 1.6 V (0.4 V per cell), the output goes low, switch U2 opens, the current-control voltage goes to zero, and discharge current is set to zero.

This is just a genral overview of the process, hoever you can learn how to do this procedure and much more in the Battery Reconditioning Guide
No battery will last forever, however the NiCd battery is a top choice for applications where high discharge currents are necessary. Once you learn to also care for these batteries and cycle them on a recular basis using these battery reconditioning techniques to keep them in top operating condition, you can be sure to enjoy hours of usage on your computer, power tools, RC plane or car and other applications.

Thanks for visiting Battery Reconditioning!