Articles about replacement cordless phone rechargeable batteries.

Here you will find helpful articles giving advice on best practice in order to get the most from your new replacement rechargeable cordless phone batteries.

Simply select the subject you are interested in from the list. If you cannot find the answer to your question, then please email us and we will answer your question within twenty four hours.Helpful Articles

Replacement NiMH AAA cordless phone batteries or cordless phone battery pack information and advice can be viewed below. You can view all our products here.

The most important procedure to follow when you receive your new rechargeable cordless phone battery is to observe the polarity. When fitting the batteries or battery pack to the handset observe the existing batteries and fit the new ones the same way round. Then in order to maximise overall lifespan or longevity the first charge is very important. So, charge the batteries by placing the handset on the base unit for 24 hours without interruption. If you only have one handset then place on charge overnight for as long as practical up to 24 hours.

After this initial charge the batteries will then reach full capacity after three to four normal duty cycles. Please do not charge your telephone batteries in a normal domestic battery charger as it may charge them too quickly and cause damage to the new batteries.

In our guides section we have covered subjects including British Telecoms recycling service, advice on changing or replacing your batteries, what you should do if you are away and wish to switch of the mains power. Also how to choose the correct battery, the frequency that you ill need to change your batteries, short duty times for your battery, how to get the longest lifespan from your telephone batteries. And also what makes our AAA telephone batteries different and finally Recycling cordless phone batteries other than BT.

Editor’s note:
If you would like my team and I to add an article regarding cordless phone batteries that we have not covered above, then please email me and I will be happy to do so. You can also find more information on our Facebook and Twitter pages where we include links to more general articles regarding rechargeable batteries. We appreciate being liked and followed, thank you.
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Here we have added a news section that provides snippets of interesting articles that are more general then the articles on cordless phone batteries above. We hope that you will find them interesting. You can read more detail on our Facebook page.

December 2016

The Chinese consumer watchdog has demanded that Apple replace all their faulty batteries

In recent news Further to Apple’s commitment to replace battery for certain iPhone models, the government-backed China Consumers Association said that a wider range of iPhones have also encountered shutdown issues and as a result of this has demanded Apple to solve them.

In a new discovery A Diamond battery made from nuclear waste will last 5,000 years

Leading British researchers have discovered that nuclear waste can be transformed into radioactive black diamonds that can be used as batteries lasting thousands of years.

The scientists behind the discovery say that it tackles the problems of nuclear decommissioning, clean electricity generation and battery life. The batteries might last 5,000 years, powering equipment such as pacemakers and spacecraft components that need to last for long periods with total reliability.

Software-Defined Batteries

The different battery chemistry types available perform better in different ways, such as energy density, cost, peak power, recharge-time, life-span, and efficiency. Mobile system designers are inhibited by existing technology, and are forced to select a single chemistry that best meets their varied needs and therefor compromising other needed features.

A Software Defined Battery (SDB), which allows system designers to integrate batteries of different chemistry types. SDB uses application programming interfaces (APIs) to the operating system, which controls the amount of charge flowing in and out of each battery. This enables it to dynamically trade off one battery property for another. This will depend on both application and user needs.

By utilizing micro benchmarks from a prototype SDB enactment, and through detailed simulations, it can be demonstrated that it is possible to combine batteries which individually excel along different axes. This will deliver enhanced collective performance in comparison to traditional battery packs.