-
Categories
-
Pharmaceutical Intermediates
-
Active Pharmaceutical Ingredients
-
Food Additives
- Industrial Coatings
- Agrochemicals
- Dyes and Pigments
- Surfactant
- Flavors and Fragrances
- Chemical Reagents
- Catalyst and Auxiliary
- Natural Products
- Inorganic Chemistry
-
Organic Chemistry
-
Biochemical Engineering
- Analytical Chemistry
-
Cosmetic Ingredient
- Water Treatment Chemical
-
Pharmaceutical Intermediates
Promotion
ECHEMI Mall
Wholesale
Weekly Price
Exhibition
News
-
Trade Service
Recently, foreign media reported that Rachid Yazami, a professor at Singapore's Nanyang Technological University, has developed a new smart chip that can fully
charge a mobile phone in 10 minutes.
When you drink your morning tea, your phone will be fully
charged.
Spending hours waiting for a phone's battery to fill up is painful, and Yazami's chip could make that boring wait a thing of the past
.
The chip is small enough to be embedded in
most batteries.
Yazami hopes that in the future the chip will be used in almost all electronic devices, such as smartphones and electric cars
.
Therefore, Yazami hopes to open talks with Tesla about how to use the chip in
Tesla vehicles.
Of course, Yazami's wishes are not limited to Tesla.
His company, KVI, has been in talks
with Sony, Sanyo and Samsung.
Yazami created KVI to sell the chip.
His company, KVI, has been in talks
with Sony, Sanyo and Samsung.
Yazami created KVI to sell the chip.
It is reported that Yazami took 5 years to develop this chip
.
He also said that this chip can not only greatly shorten the charging time, but also reduce the risk of
battery explosion and fire.
Yazami said: "Although the chance of a battery explosion and catching fire is low, billions of lithium-ion batteries are produced every year, and even if the explosion rate is only one in 1 million, there are thousands of accidents
.
”
The reason for the increase in charging speed is that the chip uses a unique algorithm that accurately calculates the remaining charge
of the battery based on the temperature and voltage of the battery.
Then, combined with a special charger (equipped with a similar chip), this chip ensures optimal charging
of the battery.
Yazami said: "Current chargers do not charge with the health of the battery in mind
.
An equal amount of charge
is sent regardless of the condition of the battery.
This chip, on the other hand, can control the charge to avoid damaging the battery
.
”
According to Nanyang Technological University, this smart chip technology is quite mature and is expected to be licensed
by the end of 2016.
Recently, foreign media reported that Rachid Yazami, a professor at Singapore's Nanyang Technological University, has developed a new smart chip that can fully
charge a mobile phone in 10 minutes.
When you drink your morning tea, your phone will be fully
charged.
Spending hours waiting for a phone's battery to fill up is painful, and Yazami's chip could make that boring wait a thing of the past
.
The chip is small enough to be embedded in
most batteries.
Yazami hopes that in the future the chip will be used in almost all electronic devices, such as smartphones and electric cars
.
Therefore, Yazami hopes to open talks with Tesla about how to use the chip in
Tesla vehicles.
Of course, Yazami's wishes are not limited to Tesla.
His company, KVI, has been in talks
with Sony, Sanyo and Samsung.
Yazami created KVI to sell the chip.
His company, KVI, has been in talks
with Sony, Sanyo and Samsung.
Yazami created KVI to sell the chip.
It is reported that Yazami took 5 years to develop this chip
.
He also said that this chip can not only greatly shorten the charging time, but also reduce the risk of
battery explosion and fire.
Yazami said: "Although the chance of a battery explosion and catching fire is low, billions of lithium-ion batteries are produced every year, and even if the explosion rate is only one in 1 million, there are thousands of accidents
.
”
The reason for the increase in charging speed is that the chip uses a unique algorithm that accurately calculates the remaining charge
of the battery based on the temperature and voltage of the battery.
Then, combined with a special charger (equipped with a similar chip), this chip ensures optimal charging
of the battery.
Yazami said: "Current chargers do not charge with the health of the battery in mind
.
An equal amount of charge
is sent regardless of the condition of the battery.
This chip, on the other hand, can control the charge to avoid damaging the battery
.
”
According to Nanyang Technological University, this smart chip technology is quite mature and is expected to be licensed
by the end of 2016.
It is reported that Yazami took 5 years to develop this chip
.
He also said that this chip can not only greatly shorten the charging time, but also reduce the risk of
battery explosion and fire.
Yazami said: "Although the chance of a battery explosion and catching fire is low, billions of lithium-ion batteries are produced every year, and even if the explosion rate is only one in 1 million, there are thousands of accidents
.
”
The reason for the increase in charging speed is that the chip uses a unique algorithm that accurately calculates the remaining charge
of the battery based on the temperature and voltage of the battery.
Then, combined with a special charger (equipped with a similar chip), this chip ensures optimal charging
of the battery.
Yazami said: "Current chargers do not charge with the health of the battery in mind
.
An equal amount of charge
is sent regardless of the condition of the battery.
This chip, on the other hand, can control the charge to avoid damaging the battery
.
”
According to Nanyang Technological University, this smart chip technology is quite mature and is expected to be licensed
by the end of 2016.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Disclaimer: Some of the public information collected by this website comes from the Internet, and the purpose of reprinting is to convey more information and for network sharing, which does not mean that this site agrees with its views and is responsible for its authenticity, nor does it constitute any other suggestions, and the content of the article is for reference
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
only.
If you find a work on the website that infringes your intellectual property rights, please contact us and we will promptly modify or delete
it.
Share to:
Share to:
Responsible editor: Ding Xi
Responsible editor: Ding Xi
Responsible editor: Ding XiPrevious: Indonesia's coal production will fall by about 20% this year
Next:Experts develop a new sensor to detect whether the cable is flammable
Previous: Indonesia's coal production will fall by about 20% this year
Indonesia's coal production for the whole year will fall by about 20%. Next:Experts develop a new sensor to detect whether the cable is flammable
Experts have developed new sensors that detect whether cables are flammableRelated information
Related information
function searchesc(edm) {
var b = edm. innerHTML; window.
open("/news/search.
html?text=" + encodeURI(b)); } Smart chips
