Battery Talk

Infinite Power Solutions (IPS) of the U.S. private technology companies invented such Thinergy Micro-Energy Cell (THINERGY MEC),its professional name is called solid-state thin-film a1185 battery .

But, at present this is only the ultra-micro-batteries, and used in some special areas, such as it is installed in the inside of cardiac pacemaker . Its power is far from enough to support an ordinary cell phone.

Now the Stamp Size of smallest model THINERGY MEC is square 3 cm, thickness is less than 0.2 mm.

Small but capable THINERGY MEC does not contain any heavy metals or toxic chemicals without the non-liquid or organic polymer electrolyte from aspire 3000 battery , using ultra-thin and highly flexible to package.

Lightweight, stable nature can make it deeply embedded and laminated to the printed circuit board or other materials.for the computer alone, if each disk, the chip is embedded in it, it’s apparent to be easy for the burden on the power of many.

• Magic function

Although appearance of THINERGY MEC is unique , but the functionality is very strong.

Conventional batteries are broadly divided into two types: rechargeable batteries and disposable batteries. Generally for its long life and a repetition rate high esteem ,the rechargeable TravelMate 2440 series battery is esteemed by the majority of electronics manufacturers, while the disposable batteries are based on the characteristics of high power.

THINERGY MEC, who also has the above two features. It can be charged, and can also maintain a high energy.

THINERGY MEC charge can be completed within ten minutes, while the leakage rate is a low loss of only 1% per year, life is more than a decade. On the current test results, if the battery is 100% discharged, THINERGY MEC rechargeable can be charged for 10000 times, you can save 80% capacity. By contrast, the existing battery is 50% discharged ,the thinkpad x60 battery life is 1000 times .

for charging more times, THINERGY MEC is not enough to become a revolutionary product. Amazingly, it can not be charged , and permanent used .The reason is in addition to the ordinary charge form – beyond the power plug, THINERGY MEC can also convert light, RF radio frequency, power, thermal energy into electrical energy to storage.

In other words, if the energy is combined with the environment, THINERGY MEC can provide a permanent power, and achieve more than a decade of maintenance-free operation.

• Micro-electronic cardiac

However, at present, THINERGY MEC has not yet can be used in everyday consumer electronics field.

At present there are four kinds of THINERGY MEC, the main difference is the power difference. the available now is the power of three large, but the maximum capacity of TravelMate 2440 battery is 2.5 mAh, however. The ordinary generating capacity is 5, battery 1000 mAh or more. In other words, THINERGY MEC’is not designed for “light bulb” service.

However, due to size, charge and discharge frequency, self-produced electricity and other characteristics, THINERGY MEC is very suitable for useing in wireless sensor nodes, plant into the type of medical equipment, military equipment, such as micro-miniature electronic products, but also can be used as back-up power supply chip selection.

I hope that one day, this battery can not only embedded in people’s heart pacemaker, but are also able to be used in household appliances such as cookers and hair dryers.

Anyone who uses a laptop on an airplane would love a single battery to last through a trans-American flight. Now researchers at Intel believe that they can double a laptop’s battery life without changing the laptop battery itself. Instead, they would optimize power management–system wide–of the operating system, screen, mouse, chips inside the motherboard, and devices attached to USB ports.

Power bars: Intel Research engineers yesterday showed off prototype methods for system-wide laptop power savings. Using the current implementation, average power consumption of a laptop can be reduced from 6.23 to 4.02 watts. The researchers believe that the approach has the capacity to slash up to 50 percent of laptop power consumption.aspire 3000 battery,aspire 3030 battery

To be sure, manufacturers and researchers have been exploring piecemeal ways to make portable computers more energy efficient. Operating systems are designed to deploy power-saving screen savers and put an entire system to sleep if its owner hasn’t used it after a while. And Intel’s forthcoming Atom, a microprocessor for mobile Internet devices, can be put to sleep at up to six different levels, depending on the types of tasks that it needs to do.

But the problem with these approaches is that they’re not coordinated across the entire device. Intel’s prototype power-management system is aware of the power that’s used by all parts of a laptop, as well as the power requirements of a person’s activity, and it shuts down operations accordingly, says Greg Allison, business development manager. The project, called advanced platform power management, was demonstrated on Wednesday at an Intel event in Mountain View, CA.(XPS m1210 battery, vgp-bps9)

Allison gives this example: today, when a person reads a static e-mail, the screen still refreshes 60 times a second, and peripherals such as the keyboard, mouse, and USB devices drain battery power while awaiting instructions. “We’re burning energy even when we don’t need to,” Allison says. In this situation, Intel’s system would save power by essentially taking a snapshot of the screen that a person is reading and saving it to a buffer memory. So instead of refreshing, the screen would maintain an image until a person tapped a button on the keyboard or moved the mouse (the keyboard and mouse would also stay asleep until activated).

All the while, the operating system will be monitoring use of other applications, restricting operations to those that aren’t being actively used. And if there are any devices plugged into a USB port, such as a flash-memory stick, the system would put them to sleep. At the same time, explains Allison, energy-monitoring circuits on Intel chips will put unnecessary parts of the microprocessor to sleep. It takes 50 milliseconds for the entire system to spring to life, he says, a length of time imperceptible to the user.

Intel isn’t the first to think of the idea of integrating power-saving technology throughout a device. One Laptop per Child (OLPC), the nonprofit that builds inexpensive, rugged laptops meant for children in the developing world, set the standard with a gadget that consumes one-tenth of the power of a conventional laptop–XPS M1330 Battery,aspire 3000 battery. Granted, OLPC’s laptop doesn’t have the capabilities of consumer machines, but it does show what is technically achievable.

There are definitely advantages to this systemic approach, says Seth Sanders, a professor of electrical engineering and computer science at the University of California, Berkeley. “Comprehensively looking through the system at all of the different pieces that are cycling unnecessarily provides an opportunity [for power savings],” he says.

Allison says that the company is already talking with operating-system vendors to explore what it would take to integrate this approach into software. And as a major contributor to the new USB 3.0 standards, Intel will have some say in how much power forthcoming USB devices will use. In addition, Allison says, the company is trying to secure deals with display and hardware vendors. “This won’t happen in the next three years,” he says. But he suspects that pieces of the new power-management system will find their way into laptops within five years.