Are you mad at the fact that it is reduced to 20% of the power when it is most needed? According to reports, the most advanced top ten breakthrough technologies can make your mobile phone battery performance improve in the near future. Let's take a look at it below.
Charging completed in 30 seconds
What is the fastest charging time that can be achieved with current technology? The answer is 30 seconds given by the Israeli StoreDot company. Its latest release of a charger uses state-of-the-art technology, from zero power to a full Galaxy S4 in just 30 seconds. However, due to technical reasons, it is not possible to immediately invest in mass production.
In addition, the combination of the charger and the battery can effectively increase the charge cycle available for the battery and improve battery life. This kind of environmentally friendly product that can save us money and buy new batteries may be listed as early as 2016.
Electronic device acts as a charger
Charging each other between electronic devices has become a reality. For example, the Padfone produced by Asustek can automatically charge the mobile phone battery when the mobile phone is combined with the tablet. ZTE's Projector Hotspot can also use its 5000mAh battery capacity to power other devices during use. In addition, Huawei's Ascend Mate 2 includes a reverse-powered feature, and its 4050mAh battery can act as a charger to ensure that other under-powered devices remain functional at critical times.
Large mobile power supplies power to all devices
The TronTIum Reactor is a metal-made cylinder that costs up to $300 ($1,870). It has a built-in 290 watt-hour battery and three USB 3.0 ports that can charge the iPhone 50 times or charge the MacBook 5 times. As the first portable universal power supply, TronTIum Reactor allows us to see the potential for future development of this type of product.
Super capacitors combine capacitors with batteries
The so-called supercapacitor refers to a device that is between the normal battery and the rechargeable battery, can be quickly filled, has a large storage capacity, and can maintain a long power supply time. At the same time, the charging cycle of the super capacitor is up to tens of thousands of times, which is more durable. Blueshift's bamboo speakers use this technology. It takes only a few minutes to charge to meet 6 hours of music playback.
Battery shape is full of style
LG's LG Chem is committed to battery research and development. When introducing new technologies for batteries at the end of 2013, LG Chem said that batteries will be made into a variety of uncommon shapes, including curved, stepped or cable shapes, to maximize the savings in mobile phones and smart watch boxes. Limited internal space for other wearable devices. Previous cases including the LG G2's battery saved space by using a stepped design, which increased battery capacity by 16% and battery life by three hours.
Human body heat energy is converted into electric energy
Recently, a group of researchers in South Korea have developed a thermoelectric generator that can be applied to wearable devices. The new invention is small in size and light in weight, and can convert the heat energy generated by the human body into electrical energy for use in electronic equipment, providing a continuous source of energy.
Use software to improve battery performance
In terms of saving energy, Qualcomm has taken a different approach. The Quick Charge 2.0 technology built into its mobile phone can shorten the charging time by 75%, although it can not extend the battery life. This technology is used in Qualcomm's Snapdragon processors and chargers. It takes 270 minutes to fully charge a 3300 mAh battery with a conventional charger and 96 minutes with Quick Charge 2.0 technology. However, this technology is currently not compatible with other manufacturers' mobile phone processors.
Mobile phone screen acts as a solar panel
As long as a solar-powered rechargeable battery pack is installed on the touch screen, whether it is natural light or artificial light source, as long as the mobile phone receives light, solar energy can be obtained, which is equivalent to adding 15% of the battery power. At the 2014 CES Consumer Electronics Show, this technology was fully watched, inspiring our chargers to be phased out in the future. This technology is also applied to a smartphone produced by TAG Heuer in Switzerland.
New battery materials bring breakthroughs
From mobile phones to electric cars, most of the current electronic devices are powered by lithium batteries. However, the various defects of lithium batteries have led people to become more and more popular with new batteries. The imino lithium battery is one of them. The new battery uses silicon instead of graphite as its anode material, resulting in a significant increase in battery capacity, performance and longevity. Silicon anode batteries are initially expected to be applied to the consumer electronics sector by the end of 2014.
Wireless charging technology is further developed
Wireless charging technology has been around for years. Although the technology has been developed, wireless charging devices have also been developed and developed, but the technical level is still not mature enough. At present, this technology has made new breakthroughs. Researchers in South Korea have recently developed a technology called DCRS that can simultaneously charge 40 phones that are 5 meters away from the charger. Although the technology is not yet ready for mass production, in the future we believe that wireless charging technology will develop as mature as WiFi.
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Product size
Technical parameters
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Main material |
High - pressure cast aluminum, 92% high - light steel screen printing glass |
The light colored temperature |
Red/Green/Yellow/Amber/Vermilion/Acid blue/3000K/4000K/5000K/6000K
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Surface treatment |
UV Polyester powder coating |
Light distribution device |
Reflector lamp cup series:6° Optical lens series:8°/15°/25°/45°/10×30°/10×60°/20×40° |
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The light body color |
Dark grey |
Working voltage |
DC24V |
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Safeguard procedures |
Silica gel ring compacted waterproof |
way to install |
Embedded part |
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Average lifetime |
350mA20000hours,500mA15000hours |
rated power |
/ |
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Control mode |
/ |
Level of protection |
IP65 |
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operating ambient temperature |
-25℃~50℃ |
Working environment humidity |
10%~90% |
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