Exploding laptop computers are, of course, enormously rare. There are presently a handful of recognized cases; even though an anticipated 1.8 billion Li-ion cells are in transmission. Sony asserts the most recent fires were caused in fraction by trace quantities of metal by mistake left inside the batteries at some stage in the manufacturing procedure. The company inserts that difficulties are also caused by notebook producers placing batteries too slam to in-house heat sources like CPU fragments.But such technological excuses fail to deal with the fact that flammability and heat bigotry are long-standing difficulties that have overwhelmed Li-ion batteries since they were shamed almost 30 years ago. And as appliances have gotten shrunken in size but wealthier in features, things have only deteriorated. Forced to construct more energy in a smaller amount of space, Li-ions die sooner (as early iPod holders found when their batteries wore out way before their players did), and their proclivity for thermal runaway to a great extent increases. Lithium-ion technology may be advancing to its borders. Batteries be traditional to technical constraints set by nature and don't comply with Moore's law like the majority of the digital world. In the last 150 years, battery recital has perked up only about 8-fold. The velocity and capability of silicon chips, of course, advances that much every 6 years.
Nanowire battery stores power 10 times the charge of existing power packs. Stanford researchers have revealed a way to use silicon nano-wires to reinvent the rechargeable Li-ion power packs. Most of us can't do without gadgets like Notebooks, digicams, cell phones and other similar devices including ipods use Li-ion batteries. This scrupulous technology to store charge has been around for too long with no greater development over the years. The novel version of Li-ion batteries invented through research led by Yi Cui, assistant professor of materials science and engineering, produces Ten times the amount of electricity backup compared to the existing lithium-ion, known as Li-ion, batteries. A notebook that now sprints on battery for 2 hours could operate for 20 hours, a bonus to ocean-hopping business flyers.
Researchers at Stanford have developed the next generation Li-ion batteries which have the ability to increase the battery life of notebooks and similar devices up to ten times. This means that a standard laptop whose battery runs for two hours will now be able to run for about 20 hours continuously. The ground breaking technology used for these high performance Li-ion batteries uses anodes with silicon nanowires in place of carbon. Silicon is already used in many semiconductor devices and this new silicon based technology can be further developed to make it compatible for standard notebooks and other devices.