People's dependence on smartphones has become a habit, but the development of battery technology still can't keep up with the speed of mobile phone processors and application forms. Obviously, just adding capacity is not enough. The new charging technology is the development direction. Let's take a look at the four new battery technologies that enhance the battery life.
1, the kinetic energy charging technology <br> First, the kinetic energy charging technology is very exciting, users need only phone in my hand constantly moving, enables the battery to be charged. In theory, this technology will change the application form of electronic devices, so that users will no longer worry about the power.
However, the kinetic energy charging technology was first proposed by M2E in 2007, but it did not have practical progress. Since then, the company has been acquired by Motionetics, which focuses on military applications, and it seems that it will no longer appear in the consumer field. However, there is news that Motionetics will use this technology in the US Department of Defense project, and does not rule out the possibility of commercial use in the future.
2, touch-screen generation mobile phone <br> Australia Royal Melbourne Institute of Technology in early 2011, there has been proposed a technique by implantation of a piezoelectric film, we will use a mobile phone or laptop typing energy generated is converted to battery power. However, as physical keyboard phones are gradually being phased out, it is clear that this technology has no use.
However, the concept of converting mobile phone operations into electricity is not without hope. A thinner piezoelectric material that can be placed under the screen may also be mass-produced. Relatively speaking, this piezoelectric material is more suitable for curved screen mobile phones, so in the future where flexible mobile phone technology continues to make breakthroughs, it is still possible to become a reality.
3, ultra low power processor <br> We have been paying attention to the development of battery technology, but ignore the changes that mobile phone processors can make. As early as 2011, Texas Instruments had claimed that it would introduce a microprocessor capable of long standby capability, but because the company has withdrawn from the mobile processor field, it has also been sealed.
So, can we see a more power-efficient mobile phone processor? The obvious answer is yes. Even though Texas Instruments sells the microprocessor division, technology is still available and may be used by another giant; Samsung is also actively developing related projects that will allow us to use our smartphones for the whole day. Battery Life.
4, fuel cell future <br> fuel cells as a new cell material to draw upon, although it was proposed back in 2007, but until now it was formally appear in the consumer market. At present, a hydrogen fuel cell named "Upp" has entered the US market and is priced at US$199 (about RMB 1,200). It has a large capacity of 25,000 mAh, which is more stable and environmentally friendly.
Of course, fuel cells have some limitations, and will make electronic devices bigger and heavier. How to better apply them is still a topic that needs long-term discussion.
1, the kinetic energy charging technology <br> First, the kinetic energy charging technology is very exciting, users need only phone in my hand constantly moving, enables the battery to be charged. In theory, this technology will change the application form of electronic devices, so that users will no longer worry about the power.
However, the kinetic energy charging technology was first proposed by M2E in 2007, but it did not have practical progress. Since then, the company has been acquired by Motionetics, which focuses on military applications, and it seems that it will no longer appear in the consumer field. However, there is news that Motionetics will use this technology in the US Department of Defense project, and does not rule out the possibility of commercial use in the future.
2, touch-screen generation mobile phone <br> Australia Royal Melbourne Institute of Technology in early 2011, there has been proposed a technique by implantation of a piezoelectric film, we will use a mobile phone or laptop typing energy generated is converted to battery power. However, as physical keyboard phones are gradually being phased out, it is clear that this technology has no use.
However, the concept of converting mobile phone operations into electricity is not without hope. A thinner piezoelectric material that can be placed under the screen may also be mass-produced. Relatively speaking, this piezoelectric material is more suitable for curved screen mobile phones, so in the future where flexible mobile phone technology continues to make breakthroughs, it is still possible to become a reality.
3, ultra low power processor <br> We have been paying attention to the development of battery technology, but ignore the changes that mobile phone processors can make. As early as 2011, Texas Instruments had claimed that it would introduce a microprocessor capable of long standby capability, but because the company has withdrawn from the mobile processor field, it has also been sealed.
So, can we see a more power-efficient mobile phone processor? The obvious answer is yes. Even though Texas Instruments sells the microprocessor division, technology is still available and may be used by another giant; Samsung is also actively developing related projects that will allow us to use our smartphones for the whole day. Battery Life.
4, fuel cell future <br> fuel cells as a new cell material to draw upon, although it was proposed back in 2007, but until now it was formally appear in the consumer market. At present, a hydrogen fuel cell named "Upp" has entered the US market and is priced at US$199 (about RMB 1,200). It has a large capacity of 25,000 mAh, which is more stable and environmentally friendly.
Of course, fuel cells have some limitations, and will make electronic devices bigger and heavier. How to better apply them is still a topic that needs long-term discussion.
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