Ví dụ về việc sử dụng Battery university trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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There is more in-depth information over at Battery University.
Thankfully, the people over at Battery University did a report on lithium-ion batteries. .
There have beenmultiple extensive studies done with batteries on the Battery University website.
Battery University, a website run by battery company Cadex, calls this process“deep discharge.”.
Charging your phone when it loses 10% of itscharge would be the best-case scenario, according to Battery University.
Battery University says that“the worst situation is keeping a fully charged battery at elevated temperatures.”.
Roughly speaking,every 0.1V decrease in cell voltage doubles the cycle life, according to Battery University.
According to the battery University“Li-ion does not need to be fully charged, nor is it desirable to do so.
Cadax, a company which offers devices that test smartphone and other batteries, runs a free educational website called Battery University.
According to Battery University, lithium-ion batteries does not need to be fully charged, nor is it desirable to do so.
A company that offers devices which test smart phone and other batteries, Cadax,runs a free educational website called Battery University.
The Battery University notes a fall to 65 percent of its original capacity when the battery is warmed to 40 degrees Celsius.
Disposable batteries are also your best bet for emergency preparedness kits because,as Mr. Buchmann explains on Battery University site, they have a much longer shelf life than rechargeables- up to a decade, versus a few years.
Experts at Battery University say that charging a Li-ion battery every time it loses 10% of capacity is the best way.
In fact, a site from battery firm Cadex, called Battery University, details how the lithium-ion batteries in our smartphones are sensitive to their own versions of“stress.”.
Battery University even found that when you regularly charge your battery to only 70 percent, you can still get more than 1000 cycles from it.
According to Battery University, cold temperature“increases the internal resistance and diminishes the capacity” of a Li-ion battery. .
According to Battery University, you should be charging your phone when it's around 50% to optimise performance and keep the phone going for longer.
According to Battery University, the lithium-ion battery in your smartphone will last longest if you keep it 65% to 75% charged at all time.
According to the Battery University, the battery in your smartphone will be somewhere between 84 and 73 percent of its original capacity after 250 charge cycles;
The Battery University study shows that a battery stored with a 40 percent charge at 40 degrees would see its capacity fall to 85 percent after a year.
According to Battery University, the lithium-ion battery in your smartphone will last longest if you keep it 65% to 75% charged at all times.
As it says on the Battery University website,"Similar to a mechanical device that wears out faster with heavy use, the depth of discharge(DoD) determines the cycle count of the battery. .
According to the Battery University, the battery in your smartphone will be somewhere between 84 and 73 percent of its original capacity after 250 charge cycles; assuming you charge your phone once per day, that's a little less than eight-and-a-half months.
In its long-term test, the Battery University found that regular, to-the-limit discharging led to an overall lifespan of only 300 to 500 charge cycles, while batteries which had been discharged to only 25 to 50 percent could reach 1,000 to 2,500 cycles.
The 95-year-old academic, whose work in the late 1970s led to the invention of the lithium-ion battery, is still working on battery technology at the University of Texas at Austin.
Muller and colleagues at Kent State University used a computerized test battery to examine mental performance in young healthy men during periods of cold exposure or rewarming.
To potentially help accelerate battery R&D, the researchers at Stanford University and MIT worked with the Toyota Research Institute and used machine learning to develop an algorithm that can very accurately predict a battery's performance.
To solve that issue, a group of researchers from Stanford University created lithium-ion batteries with built-in fire extinguishers.