Ever since cell phones became popular, the value of rechargeable power packs has been growing gradually worldwide. Matching to Wikipedia, in 2013, there have been around 6.8 billion cell phones used globally (including smartphones) and 97 from every 100 people on the planet had at least one cellular phone. These statistics include a few of the poorest in our midst. While a huge variety of users do not exceed making mere words message or calls (and infrequent texting), the option of free, excellent, easy-to-use ‘apps’ (or applications), that develop in variety and quantity each day, is steadily sketching many in this category to be ‘central’ cellular phone users. Many individuals who use Computers as their principal processing device today, aware that Computers will cede their position of preeminence in the processing world soon, are also starting to transition to smartphones. These factors are anticipated to lead to a 35% upsurge in the number of smartphone users by 2020 (or 9.2 billion users, internationally).
As smartphones become leaner, lighter, smarter, use bigger displays and so forth, also, they are turning more electricity hungry. Thus, the critical dependence on high-capacity, super-fast charging power packs which may be recharged a sizable number of that time period before being trashed, for the success of future smartphones.
You will discover other important applications as well, that rely upon fast charging battery packs for his or her well-being. Is the much-feted electric vehicle (EV) industry. Users expect power recharge time and energy to be much like the time it could take to load gasoline at a gas stop today i.e. of the order around 4-5 minutes. Another very important application is smart grids – those smart energy management channels, where inputs of electricity and outflows to users are supervised. Large-capacity, fast charging/ draining power packs must store surplus energy (whenever suggestions surpass demand) and release it whenever there’s a deficit. Relatively less critical, nonetheless important, are fast charging battery packs found in smart wristwatches, smart homes and personal health devices (PHDs).
A year or two ago, it got become unmistakably clear that Lithium-ion electric batteries (the best electric battery technology used currently) would be grossly limited to future requirements. There is certainly such a broad distance between Li-ion technology and the projected battery pack into the future, it became quite clear that nothing less than a “quantum jump” (or trend) in power supply technology would be enough. That’s the reason, although it hadn’t yet turn out in the news headlines, feverish and frenzied research have been launched in many leading College or university & Corporate R&D centres to discover that exalted battery pack technology into the future with features such as: fee amount of time in the order of a few momemts or even secs (wow!), lower weight (heading completely down to fifty percent regarding EV electric batteries), increased capacity, security (no electric fires and explosions similar to the 2013 Boeing 787 mishaps to anticipate!), significantly less expensive, easy handling and routine times in hundreds and ten-thousands!
To think about obtaining a “quantum jump” in technology in 1-2 years’ time could have remaining many in the technological community, dumbfounded recently. However now, things have altered! Man, having advanced the frontiers of clinical knowledge by unparalleled leaps&bounds recently, today’s researchers, sitting down at the pinnacles of methodical knowledge, appear to provide highly promising alternatives at the mere drop of any hat!
So here is a line-up of the very most promising solutions that are going through research during writing this post. (Word: Fast charging battery pack research happens to be flooded numerous alternate technologies rivaling the No.1 location. Being so numerous, the writer has not attempted to present an exhaustive list. Instead, the list below symbolizes the best of the complete whole lot, in his judgment.