Gateway is expected to launch 4 new notebooks with Intel Core i-series processors later this month. The Gateway NS series notebooks will have screens ranging in size from 11.6 inches to 15.6 inches, and will come with Core i3, Core i5, and Core i7 mobile processors.
The smallest model is the Gateway NS10, which will ship with an 11.6 inch, 1366 x 768 pixel display and several CPU options including a low power Intel Core i3-330UM, core i5-430UM, Core i5-520UM, and Core i5-540UM.
The NS10 supports up to 4GB of DDR3 memory and ships with either Windows 7 Home Premium or Windows 7 Professional. Hard drive options range from 160GB to 640GB and up. It also comes with Bluetooth 3.0, and either 802.11b/g or 802.11b/g/n WiFi. Battery options includes a 24Whr 3 cell battery and 48Whr and 63Whr 6 cell batteries.
The notebook measures 11.2″ x 8.1″ x 1.1″ and weighs 2.97 pounds. The other laptops in the NS series should all be… bigger. You can find more details in the press release.
4. Q: Afte the battery is charged to a certain percentage even 100% ,removr the AC power supply, battery is not discharging, and the computer shut down, why?
Answer: (1) depends on if the temperature on your work environment is too high, if the temperature is high, and use the battery for a long time,then the battery occurs protection, to prevent accidents, the computer starts proceedings will stop the computer work, then you can turn off your computer, you can take the battery out, and put back again.
(2) the computer’s charging circuit is the easiest to produce problems in the charge . the other possibility is that there occurs a problem when your computer is in charge of the process . Please check your computer. At this point, you can find the original battery, to see whether the computer can work or not.
5. Q: My Dell laptop can not recognize the battery, and displays “battery is not compatible with this computer, insert the Dell battery” of the type of information, and the light kept flashing, how is this going?
A: This information indicated that the battery of compatibility is not good, When this fails, contact your supplier for replacement.
6. Q: When I put the battery inside the computer, the computer automatically shuts down, and remove the battery, the computer can work, why?
A: This indicates that the battery is faulty. This is a very small part, it may be due to short-circuit the battery interface, caused by technical failure protection. Encounter this failure, please contact your supplier for replacement battery.
1. Q: Several hours after the first charge, the battery still shows only 30%, why? How to do to reach 100% full charge?
A: run into this problem, you can refer to the third period of correction of your notebook battery for optimal performance to operate. If you still can not solve, contact your supplier for replacement.
2. Q: How long can the new battery to drive the computer?
A: The laptop battery run time is difficult to determine. The actual running time depends on the power requirements of devices, screen size, hard drive and other accessories all need additional power consumption, greatly reducing its running time, the battery’s total running time also depends on the equipment design.
3. Q: battery is not fully used up on the charge ,will it reduce the life span?
A: The battery life is generally calculated in accordance with the number of fully charged, the lithium is generally 300-400 times. Of course, you do not have to worry about the battery power on a single charge, rechargeable battery generally only when it complete the charge,then it will increase the full charge and discharge time.
When these nano-materials are used in battery manufacturing which will produce a significant feature.When Specific surface activity of the powerful energy and good conductivity involve in electrochemical reaction, nano-particle material in plate form a new active substance within the basic core, improving and enhancing the electrode structure, and it greatly improves the electrochemical reaction surface and reduces the electrochemical reaction of the energy barrier. Therefore, the application of nanotechnology materials, can significantly reduce the battery’s internal resistance, inhibit the battery in the charging and discharging process, because the temperature and the electrode polarization and other factors which led to the plate of ravioli, which effectively improve the performance of the battery, making battery reversible electrochemical reaction better, more efficient discharge, more powerful, and easier to balance the battery line to improve low temperature performance limits. Therefore, the use of nanotechnology materials in batteries, battery capacity is higher than conventional capacity, long life than conventional battery life, high current ability to work is stronger than conventional batteries, low temperature performance is more excellent than conventional batteries .
Why is the Nanotechnology battery performance superior?
At present, the nanotechnology applications in battery focused on nanotechnology materials maintained, nanotechnology materials in battery manufacturing and battery electrodes into the application. When a material is processed to the nanoscale, its optical properties, thermal properties, electrical properties, mechanical properties, chemical properties are significant different from conventional materials, and have many unusual features and application effect which the conventional materials do not have.
First, nanotechnology materials have very large surface area. Because of its large surface area, so it has a very high activity. Its activity is mainly from the surface of nano-particle atomic forces. Atoms in the material and the material within the surface atoms by the force is different, the internal force of each atom in a variety of balance among the material particles in the surface atoms as there are many of the dangling bond, is highly non- saturated nature, extremely easy to integrate with other adjacent atoms form a stable state, and therefore it has a very high activity.
Moreover, as particle size decreases, the number of atoms in the surface material will dramatically increase, so the activity of substances will dramatically increase . Therefore, nano-materials particles are smaller and its activity is higher , nnano-technology features even more fully on display. Secondly, nano-materials generally have a certain charge small particles, it is easy to play in the electric field under a dominant role in the formation of a new core electrode reaction, therefore, for the electrochemical battery , it is more prone to produce the surprising effects.
The so-called nano-technology battery is the special high-performance batterry whcih in the battery manufacturing process uses the nanotechnology materials or manufacturing processes. With the rapid development of electronic technology, people have more and more demands on the battery, people always want to acquire a large capacity, high power, excellent performance, reasonable price of the battery. However, due to practical constraints, the battery in reality can not fully satisfy the requirements. Battery industry experts and scholars in the tireless pursuit of the battery performance improved make the unremitting efforts.
The emergence of the nanotechnology and the development of the nano-technology materials make battery industry experts see a new hope. They have launched a variety of tests to try to comprehensively improve the reality of the various properties of the battery. Through the wilderness of failure and success of the test, finally in a limited number of battery tests with satisfactory results which made considerable progress in battery performance, in general, the capacity of the battery can provide 10% -30%, the battery power can be increased by 25% compared with -35%, 40% increase in battery life -60%, making the battery performance and low cost has been raised. Battery post can also be activated using nano-technology to extend battery life.
1. Choose the rechargeable batteries with good quality .
2. Choose the qualified battery chargers. A quick charge function should be intact against overcharge kinetic energy, rechargeable batteries should be using a slow charge.
3. Reduce the number of battery charge. Each time should be fully charged, the electricity should be all used up.
4. Battery capacity should be the same, can not mix old and new.
5. Prevent over-discharge and high-current discharge, prevent short circuit and no power save.
Principles of the solar battery power generation
The Solar battery is the devices whose light has responsive function and can convert light energy into the electricity .Many kinds of materials can produce Photovoltaic effect, such as: silicon, polycrystalline silicon, amorphous silicon, gallium arsenide, copper indium selenium. Their power is basically the same principle, is an example to describe the crystal light generation process. P-type crystalline silicon doped with phosphorus available through N-type silicon, the formation of P-N junction.
When the light irradiation surface of solar battery, part of the photon absorbed by silicon material; photon energy transfer to the silicon atom, which makes the more electrons move, a free e-P-N junction in the formation of a potential difference on both sides of agglomeration, when the external access through the circuit, under the action of the voltage, current will flow through the external circuit produces a certain output power. The essence of this process: the process of the photon energy transfers into electrical energy .
Iron batteries advantages:
High-energy high-capacity. Currently on the market, the power of civil battery only has 60 – 135w/kg, and high iron battery can reach 1000w/kg above, the discharge current are 3-10 times than ordinary batteries. it is particularly suitable for the high-power and high current situations. The high-iron battery is cost-effective. Alkaline manganese batteries can not meet the current needs large-capacity high-current power digital cameras, cameras and other electronic products, the need for the cost of lithium-ion battery in this regard is not a strong competitive edge.
The iron battery discharge curve flat . Such as Zn-K2FeO4, 70% or more of the discharge time in the 1.2-1.5V.
The raw materials are rich. The most abundant element in the crust are the aluminum and iron, iron content in the crust is 4.75%, manganese content of 0.088%. Iron per mol +6 also produce 3mol electronic, and each mol + 4 manganese could only produce 1mol electronics, the amount of iron is very rich in its own case, only Mn 1 / 3, a significant reduction in social resources, reduce raw material costs. MnO2 is about 9,000 yuan / ton, Fe (NO3) 3 is about 7500 yuan / ton.
Green pollution-free. After discharge of ferrate product is FeOOH or Fe2O3-H2O, non-toxic pollution, environmental-friendly. Does not require recycling.
A new camcorder battery comes in a discharged condition and must charged before use (see the manual for the charging instructions). The first time you use (or after a prolonged storage period) the digital camcorder battery requires three fifty-seven charge / discharge before achieving full capacity. When can recharge the battery camcorder shows for the first time the charging after only 10 minutes or 15 to finish. This is a normal phenomenon with rechargeable batteries. Remove the battery camcorder digital camera, insert it and repeat the charge.It is important that the state (fully discharged and fully charged) battery every three or two weeks ago. This can significantly shorten the life of the battery (this does not apply to Li-ion batteries, which are not air conditioned). To discharge, simply run the device under the camcorder battery until it stops or until you get a low battery warning. Then charge the battery as the manual of instructions.