It is interesting to note that the batteries which are maintained by one user last longer than those who are part of a fleet of battery self-service because anyone can access it but nobody wants to be responsible. In this article we will discuss two distinct types of users of batteries - the individual user and the operator of a park. This article provides suggestions for extending the life of batteries and increase their reliability in the environment rather drive from one battery set (Sony Vaio VGN-FZ battery).

An individual user is someone who uses a mobile phone, laptop or video camera for business or personal needs. He or she will likely the care of the battery. The user learns the irregularities of the battery. When the operating time decreases, the battery will be sent to maintenance or replacement. The critical failures are rare because the owner of the battery fits in the battery performance and lower their expectations and as it ages (Sony VGP-BPS8 battery). The operator of a fleet of batteries by cons there is very little interest and will have very little tolerance for a case that is not perfect. He grabbed a battery charger and expect it to last throughout his shift. The battery in the charger then returned late in the day, ready to be used by someone else. Perhaps because of negligence batteries forming part of a park usually provide a service life shorter than an individual user (Sony VGP-BPL9 battery).

How can we extend the battery life of a park? An interesting observation can be made by comparing the habits of the U.S. Army and Dutch Army who both use batteries similar to "park". The U.S. Army provides batteries with no maintenance program. If the battery fails, another case is used and no questions asked. Virtually no maintenance is not their given and the failure rate is high (Sony VGN-FZ460E battery).

As against the Dutch army was detached from the battery system in the park by giving soldiers the responsibility of their own batteries.

This change was made to try to reduce operating costs and improve reliability. The batteries are supplied to soldiers like the rest of their equipment and they are now part of their personal affairs. The results are amazing. Since the Dutch military has adopted this new strategy, the failure rate of the batteries has dropped considerably and at the same time the performance of batteries has increased. Unexpected failures have virtually been eliminated (Sony VGP-BPS9battery).

It should be noted that the Dutch army only uses NiCd batteries. Each case receives periodic maintenance on a Cadex battery analyzer to prolong its life. The batteries that do not reach their target capacity of 80 per cent are reconditioned, and those who do not meet this target are replaced. For cons, the U.S. military uses NiMH batteries which are known to have a shorter lifespan. The army is studying lithium batteries for the next generation of batteries (Sony VGP-BPL11 battery).

he battery analyzers for critical missions

The high failure rate for a fleet of batteries, excessive costs of replacing and unreliability has caused many agencies or companies to perform maintenance of rechargeable batteries using battery analyzers on a regular basis . Today the battery analyzers play a role in prolonging the life of the batteries and the upkeep of a fleet of batteries (Sony VGP-BPS11 battery).

Conventional wisdom says that a new battery still works flawlessly. Yet many users notice a fresh battery does not always satisfy the specifications of the manufacturer. With a battery analyzer Weak batteries can be identified and prepared. If the capacity does not improve the enclosures can be returned to the supplier to be replaced under warranty. Lots entirely new batteries are fired because of their unacceptable performance. If these batteries were shipped before an initial inspection, the entire system was compromised, resulting in unpredictable performance and a high failure rate in the batteries (SONY VAIO VGN-FZ4000 Battery).

In addition to the work of preparation of batteries for use in customers, battery analyzers perform the important task of restoring weak batteries and brushing. Low batteries can hide easily among others. But when the system is tested during an emergency situation, those who can not hold on relentlessly emerge from the crowd. It should be noted that the battery analyzers are more effective in restoring the nickel-based batteries. Lithium batteries lose their capacity mainly because of aging and such a performance loss is irreversible (Sony VGP-BPS10 battery).

Organizations tend to push the battery maintenance until a crisis develops. A company of firefighters who used mobile radios experiencing chronic problems of communications, especially during procedures lasting more than two hours. While their radios were working well in reception, firefighters were unable to send anything and they were unaware that their appeals were unsuccessful ( Sony VGP-BPS3 battery).

The company's fire brigade said the acquisition of a Cadex battery analyzer and all underwent a battery maintenance by the methods of exercise and recondition. The batteries that could not pass the test of a predetermined target capacity were replaced .

Shortly after, firefighters were called to action by asking for a ten o'clock intense radio activity. To their surprise, no mobile radios did not fall down. The success of this operation was flawless attributed to the excellent performance of their batteries. The next morning, the head of the company of firefighters personally contacted the manufacturer of battery analyzer and enthusiastically gave his congratulations for the remarkable performance of their aircraft (Sony VGP-BPS2 battery).

The batteries placed in hibernation commonly fail when needed for an emergency. A representative from Cadex was allowed one day to visit the disaster management center to a report in a large city states USA. In a bunker and fortified underground, there were more than a thousand rows of batteries on chargers. All lights Ready were lit, indicating that the batteries were ready to be used in a wink at any time. The officer got up and secure a voice told him "we are ready to confront any state of emergency" (Sony VGP-BPL15 battery).

The Cadex representative then asked the officer to give him a chance to plug in battery charger to check his condition. Within seconds, the battery analyzer detected a fault condition. So to catch the agent gave him another one row of magazines but this one also failed the test. It was the same for others (Sony VGN-FZ460E battery).

Such scenarios are quite common. Bureaucracy, politics and reduced budgets often slow the resolution of these problems. A maintenance program in which each battery through regular maintenance every month on a battery analyzer eliminate such a problem. In the meantime, the only thing the agent of that emergency center can do is pray that no disaster occurs (Apple A1281 battery).


Unlike batteries, which individual users personally know their batteries as friends, users of Battery Park to share them by ignoring their origin. While an individual user can detect even a tiny reduction in operating the park operators have no way of knowing the behavior or condition of a battery when it is removed from a charger. They are thank you to the battery. It's almost like Russian roulette (Apple M9848LL/A battery).

More and more users of a park set up batteries of battery maintenance programs. Such a plan makes the exercise all the batteries at regular intervals, repackages those who fall below the target capacity and clarifies some bad (Apple A1189 battery).

Usually batteries are sent to maintenance only when they can no longer maintain their office or when they equip the unit is sent for repair.Accordingly, the operation of devices with batteries and is uncertain due to battery failures occur too often. The loss of energy required by the battery is as bad as any other system failure (Apple M8665G/A battery).

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