Taking stock of 10 breakthrough technologies that are expected to solve mobile phone-endurance problems

A lot of market research suggests that battery life is one of the areas where consumers most expect smartphones to improve--most smartphones still need a day to recharge, and it's a depressing experience for many people to see their phones fall below 20% without chargers or mobile power. Battery technology has been relatively slow over the past more than 10 or dozens of years compared with the rapid development of smartphones in recent years, but some breakthrough technologies have shown hope for a big boost in cell phone battery endurance: 1. A half-hour charger full of electricity. StoreDot's recently released super fast Smart charging system has been a concern in the industry-it's amazing that it can charge a Galaxy S4 phone from zero to full in 30 seconds. In addition, it can increase battery charge and discharge cycles to prolong battery life, thereby reducing consumer spending and reducing the burden on the environment. StoreDot super fast charger uses very complex technology, in the short term can not go to the market, it is possible to sell in 2016 years. 2. Using one device to charge another for a mobile power supply is no longer a novelty, but some companies are putting large batteries into available electronic devices, allowing them to work part-time as mobile power supplies. ASUS has opened the trend with PadFone--its tablet computer is partly charged to mobile phones plugged in, and ZTE's recently launched projector hotspot built-in 5000mAh batteries, with portable miniature projectors, 4G LTE mobile hotspots and mobile power triple functions While Huawei's Ascend Mate 2 has a reverse charging function, its 4050mAh battery can provide emergency charging for other devices. 3. A 5000mAh battery pack for all devices can charge two times for an iphone 5, compared to Trontium reactor--the 300-dollar metal-material cylinder uses a USB power The IBuySpy Technology, which provides 100 watts of output power via a USB 3.0 interface, can charge the iphone 50 times for up to 290 watts, or even enough to charge a MacBook Air laptop 5 times. Trontium reactor is the first such product, but we can expect that there will be other products using USB power IBuySpy technology in the future consumer electronics market.