Oppo’s new Super VOOC battery technology can fully charge a smartphone in 15 minutes flatThe official press release has been given below
While the technology is still in testing phase, there are a few drawbacks to using it and do not worry, they are not related to smartphone battery explosions or delivering serious damage to your handset in any manner whatsoever. It appears that Oppo is going to be manufacturing dedicated circuits and chargers that are capable of being compatible with Super VOOC. In other words, only those devices which have the Oppo brand name stamped on them will be able to take advantage of this tech, while other devices will simple be incompatible and will charge in a regular manner. Since it is in prototype stage, we obviously cannot expect the first batch of smartphones to support this technology, but we have faith that during 2017, the first family supporting Super VOOC will be introduced to the public. During the live demonstration, the voltage supplied to the smartphone remained constant at 5V, and Oppo ensured the public that no harm would come to the device or its battery. The 2500mAh battery undergoing the test was charged to 45 percent in just a matter of 5 minutes. Now that is what impressive charging technology is all about. Oppo has said that future devices belonging to the company featuring microUSB and USB-C ports will both be compatible with the technology. The smartphone manufacturer also pointed out that current battery technology is not advancing nearly as fast as the rest of the mobile device industry. For this reason, the company believed that it was imperative that it developed a fast charging technology capable of slashing the total amount of time it takes to charge a mobile device.
The official press release has been given below
Engadget The newly innovated low-voltage pulse-charge system, coupled with OPPO’s customized battery, dynamically regulates the current, ensuring a safe, sustainable charging experience and preventing overheating. The Super VOOC Flash Charge adapter, cable and connector have all received a full redesign using premium and extremely reliable military-grade materials. Super VOOC Flash Charge supports Micro-USB and USB Type-C, in line with the global standard. VOOC Flash Charge VOOC Flash Charge was developed as a result of one of OPPO’s main concerns about smartphone development. While the smartphone industry is fast-moving, the lithium-ion battery has not changed much since its creation, even though its high power consumption and endurance often leave users wanting more. Battery endurance has now become the biggest bottleneck restricting smartphone development. Meanwhile, battery capacity is constantly increasing. And with it, charging times are getting longer and longer. To offer consumers a better user experience, high-capacity batteries need to be matched with faster charging speeds. OPPO therefore zeroed in on this problem and developed VOOC as a result. It took OPPO three years to develop the low-voltage, fast-charging technology that is VOOC Flash Charge. A totally independent undertaking, OPPO has already applied for 18 patents related to VOOC alone. Capable of charging four times faster than ordinary chargers, VOOC is the fastest and most secure smartphone charging technology. VOOC Flash Charge was offered with OPPO’s Find 7 in March 2014. With a 3000 mAh battery, the Find 7 supports two hours of talk time after just five minutes of charging with VOOC, and its power reaches 75% after 30 minutes, sufficient for a day’s use. (This data is based on laboratory tests; actual charging may differ due to factors such as battery capacity and temperature, while actual call time can also be affected by the device state and real-life environment.) With its creative solution to the issue of battery endurance, VOOC Flash Charge won praise from users and the media. In less than two years since its introduction, OPPO smartphones featuring VOOC Flash Charge saw sales exceed 17 million units in the Chinese market. VOOC Flash Charge’s innovations led it to win 8 science and technology media awards internationally. Technology Release Timeline Version 1.0: On March 19th, 2014, when standard smartphone charging was still applying 5V1A, OPPO pioneered VOOC Flash Charge. Version 1.1: Half a year after its release, VOOC Flash Charge speeds continued to lead the industry. OPPO then launched a VOOC Flash Charge power bank and VOOC Flash Charge car charger. Reducing the size of the original by half, VOOC Mini Power Adapter was introduced with the launch of the N3 and R5. VOOC Flash Charge’s Technical Principle VOOC Flash Charge added an intelligent MCU chip (flash core) in the adapter in order to achieve revolutionary voltage open-loop and multi-stage, constant-current charging. VOOC Flash Charge creatively changes circuit topologies, meanwhile creates an all-side, five-level protection technique from the adapter to the interface as well as the device, securing the safety as well as the speed. Low Voltage VOOC Flash Charge Advantages The VOOC charging voltage is in line with the standard smartphone charging voltage of 5V. This means that the power can be directly transmitted to the battery without any voltage conversion, allowing the process to attain a charging efficiency of up to 97%. High-voltage fast charging, however, requires conversion to a lower voltage to supply power to the batter. This means a loss of energy and a lowered charging efficiency of about 85%. Because of the difference in charging mechanism and efficiency, the temperature of a smartphone using VOOC Flash Charge remains significantly lower during the charging process than a phone using a high-voltage solution. VOOC Flash Charge-enabled devices will heat up by a maximum of only 3.3. degrees Celsius. Because temperatures can be regulated so effectively during charging with VOOC Flash Charge, the smartphone can safely be used during the charging process. For instance, you can Flash Charge your smartphone while surfing the Internet, watching videos, or playing games. However, if you try to use your smartphone while using another fast-charging technology, the charger will revert to a standard charging speed, due to the temperature spikes caused by quick charging and screen brightening simultaneously.
