Since the advent of the Mobile Telephone and the advancement of Laptop computing and Smart Phones, Battery Pack technology has advanced considerably over the past 10 years with new developments being made just about on a weekly basis.
The instruments themselves have enhanced their designs in order that their power use costs have reduced dramatically and the Custom Battery Packs they use have become more efficient to supply more electrical power for more time, with faster recharge rates and are noticeably lighter.
These improvements have greatly contributed to the business success of these well-known hand held gadgets and have enabled huge development in their uses. The very fact that they can also be transported around without noticing their presence (where as a cell phone used to have a power supply the size of a automobile battery to run it) has seen their uptake throughout all walks of life and in all continents.
As a part of this expansion in Portable Devices, the chemistry needed for Custom Battery Packs has kept pace. Many specialist companies such as TLH now exist that will plan and assemble the Custom Battery Packs that are specifically needed to power and re-charge the unit according to its unique operational and performance attributes.
It’s absolutely not a case of one size suits all. The micro-circuitry of many of these units is highly advanced and the electrical power considerations are complex. A mistake could mean a costly surge or inadequate delivery that could either destroy the appliance or render the application unusable.
A great number of Custom Power supply Packs are incorporated into commercial and Life Critical Applications. Fault tolerant instruments that usually runs from mains power depends on its Customized Power supply Packs to carry on its operation in the unlikely event of this supply of power being unavailable. Therefore, given the rarity but significance of its deployment, it has to be dependable, even if it’s only used once a year. All of this is included in the definition of requirements of a Custom Battery Pack.
Some applications are used in a completely remote location and seldom have access to mains electricity supplies. One particular instance of this is electric fencing in rural agricultural situations.
Where livestock are held in remote locations, at times a long way from the closest power supply, Custom battery Packs are used to provide low voltage charges over an extended period of time and can be easily replaced by a totally recharged pack on a regular basis.
These are just some instances of the wide range of devices that require Custom Battery Packs and the considerations that have to be taken into account when planning and developing mobile power technology.