Archive for September, 2010

 
30 09/10

Improve Battery Life of your Laptop with Battery Optimizer

With a Laptop computer, the most essential thing at occasions is the battery existence,particularly should you want greater mobility along with the fascinating bit is, that there comes a point in a Laptop’s lifestyle when it does not charge completely (i.e. though it says its charged totally, the batteries have grown older and hence the output ain’t that wonderful)!!! If you reach that stage, normally its about keeping your laptop computer connected to the power source or plugging it off only for quite short duration. Having said that, with particular tweaks and optimizing your battery usage, you an surely get some a lot more juice out of your battery. This article talks about Battery Optimizer which basically is really a computer software that runs sure diagnostic checks and tweaks to assist you optimize your laptop computer battery usage.

Some intriguing features provided by Battery Optimizer are

1. Accurate estimates on how significantly battery existence could be gained/lost by changing laptop settings.

2. Advanced monitoring of battery utilization over time.

3. Shows time left on your battery when your operating system does not.

4. Uncomplicated battery usage management.

Whenever you begin Battery Optimizer, it runs specific check which turns your Wi-Fi, Bluetooth, IR sensors, external peripherals on and off to figure out how much battery you’ll be able to save by turning them off. Overall, Battery Optimizer doesn’t do anything which you cannot do by yourself, its just that at instances, we are either too lazy to try out selected things or just don’t know what to do.

In case in case you feel that the above is worth 800 INR in India ( ~ 30$ in US), then go ahead and buy this software program. For starters, it is possible to download the free utility to begin with.

29 09/10

Toshiba opens second Li-Ion electric vehicle battery plant

Toshiba has opened its second lithium-ion electrical vehicle battery factory and intends to begin manufacturing there in February.

The battery, known as SCiB, is for electrical automobiles. Manufacturing will kick off at 500,000 20Ah units a month and hopes to reach 1m a month by the end of 2011.

The factory, at Kashiwazaki, has the exact same design concept as a semiconductor fab, with the capability to change the layout of manufacturing equipment to meet diverse manufacturing requirements, and an operating structure that enables a quick responses to increases in demand and product range.

Click here for far more details!

By optimising the style and size of clean and dry locations, and minimizing the size of high-level clean areas, the new facility cuts the power required to maintain the manufacturing environment by up to a fifth.

Toshiba sees the SCiB production operation as an emerging enterprise with the potential to generate sales of $2.4bn in annual revenues by 2015.

SCiB can last for over 6,000 chargers/discharges, weighs 1Kg, measures 145mm x 109mm x 48mm and can be recharged in five minutes – or 30 minutes from a standard domestic power socket.

Toshiba says it has developed a new original anode material and a new electrolyte that enhances both rapid recharging and safety.

SCiB has been designed into an electric bicycle, an electric motorcycle, and as part of the power storage in a microgrid system.

The energy density of SCiB is said to be equal to a capacitor. Charging present is 8.4A, discharging present 8A. Voltage is 12V.

Kashiwazaki will produce SCiB for industrial applications, including electrical automobiles and ability storage.

28 09/10

Now, futuristic car that uses body as battery

London: Manufacturers of hybrid and electric vehicles face a seemingly insurmountable problem heavy batteries that add weight and bulk to vehicle design with out boosting its efficiency. Now, Volvo is developing a prototype that uses its physique to act as a rechargeable battery.

The futuristic vehicle would be able to store braking vitality although it truly is being driven and also store power when it truly is plugged in overnight to recharge.

The three-year undertaking to develop the car or truck was launched earlier this year among Volvo, Imperial College in London and seven other European institutes, reports the Daily Mail.

Imperial School is working on a composite blend of carbon fibres and polymer resin that may retailer and charge far more energy faster than conventional batteries.

The substance is extremely strong and pliant, which means it may be shaped for use in building the car’s physique panels.

Volvo claims that the car’s weight is usually reduced by 15 percent if steel physique panels are replaced with the new substance.

Scientists are building the composite materials so it can retailer much more power and are studying techniques of producing the material on an industrial scale. Only in the final stage of the venture will the battery be fitted to a auto.

“Our role is to contribute expertise on how this technology might be integrated inside the future and to input ideas about the advantages and disadvantages in terms of price and user-friendliness,” says Per-Ivar Sellergren, development engineer at the Volvo Cars Materials Centre.

Initially, the car’s spare wheel recess will be converted into a composite battery.

“This is a relatively significant structure that’s easy to replace. Not sufficiently large to power the entire auto, but sufficient to switch the engine off and on when the vehicle is at a standstill, for instance at visitors lights,” said Sellergren.

If the mission is successful, there are numerous feasible application areas.

Mobile phones might be as thin as credit cards and laptops will last far longer devoid of needing to be recharged.

26 09/10

Lithium batteries to dominate electric cars industry

Reuters reported that lithium powered batteries will dominate the electric cars industry within the next five to 10 years as a result of the metal’s high energy density and as auto makers strive to meet CO2 emissions standards.

Liberum Capital mentioned that lithium batteries are already employed in mobile phones, digital cameras and laptop PCs. But the recession hit auto business is now exploring new ways to mass-produce electric autos with lithium ion and nickel metal hydride autos leading the way.

Mr Adam Collins analyst at Liberum Capital told Reuters at a roundtable event in London mentioned that “Often the discussion is about what comes after lithium. For the foreseeable future 5 or 10 years it’s lithium and lithium compounds.”

Mr Collins explained that most vehicle makers would select batteries making use of lithium a silvery white metal with nickel and cobalt elements known for small size and large power surge. Contract costs for lithium carbonate are presently at between USD 3 to USD five per lb.

Liberum forecasts that current market demand for lithium carbonate, used as a battery material is in balance at 30 million pounds per year. Global lithium carbonate supply was about 100,000 tonnes in 2008 up 2,000 tonnes from 2007 while consumption was a little higher at 105,000 tonnes up 2% YoY.

25 09/10

Battery technology in spotlight as clean energy debate continues

BOSTON – A recurring theme this week with the EmTech@MIT conference here in the Massachusetts Institute of Technologies was the role that storage technology and electric batteries will play within the future of electricity. There may be vast consensus, of program, that clear sources this kind of as wind and solar — that are also highly intermittent — purely aren’t viable within the absence of excellent grid-scale battery options.

1 of the modern start-ups featured in the convention, Seeo, is employed on technologies to produce power packs safer and longer-lasting. The concentrate of your analysis, borne out of cofounder Hany Eitouni’s venture for the Lawrence Berkeley Nationwide Lab, is changing the electrolyte employed in standard lithium-ion battery packs with a strong polymer that has two primary advantages: 1st, it can be much less flammable than existing batteries, and second, it holds the cost for a extended time. Seeo is eying grid programs for its product, that’s due out in 2011. Primarily, the battery packs would help with balancing grid deliver and need.

Eitouni says his company’s engineering could support deliver storage space technologies down to close to $300 per kilowatt-hour, considering that a lot of the expenses associated with battery advancement at this time are related to the materials they consist of.

You will discover a number of businesses working on battery packs for this purpose (more on a single inside a minute), but first I need to share some point of view on battery know-how from an electricity panel through the EmTech event. That panel was composed of two researchers through the hydorcarbon vitality globe (Shell and Exxon) as very well an MIT scientist.

Jose Bravo, chief scientist for Shell Worldwide Solutions, says the management of electrical power supply via power packs provides compelling approaches to assist increase the efficiency of our existing method. But John Reilly, associate director for exploration with all the joint system on the science and policy of international modify at MIT, finds the strategy that there will be grid-scale electric batteries “hard to assume.” Like Bravo, he sees batteries playing a function in peak shaving and for balancing deliver.

For an notion about how this may well give good results, consider a mission spearheaded by Global Battery, that is creating large-format lithium-ion rechargeable battery packs, and Princeton Electrical power Techniques, which helps make a large-scale sun era process. Beneath the deal, the two organizations are installing a $1.five million sun generation technique in the Princeton Energy headquarters that can incorporate an strength storage space method from World Battery able to storing up to 1 megawatt of capability. The program is supposed to come on line in the fourth quarter.

The demonstration mission is going to be employed to strength the Princeton Strength headquarters, offsetting a portion of its electric power consumption and also generating Solar Renewable Power Certifications (RECs). The growth obtained some funded through the New Jersey Clear Electricity Suppliers Fund.

Darren Hammell, CEO of Princeton Ability, claims the storage space technological innovation from International Battery is going to be instrumental in supporting with peak shaving functions. One motive the two are finding collectively for this test is due to the fact they may be refining integrated cleanse strength options dependant on their complementary applied sciences. The combined technologies will help with “solar smoothing,” according to Princeton Power executives.

The big pitch for Global Battery’s offerings is that they are significant format and enable minimize the quantity of particular person cells applied for storage, according on the company’s CEO Ake Almgren. Battery storage space is a lot more effective than diesel turbines as a back-up choice due to the fact diesel mills really do not perform as properly after they operate at fluctuating or variable speeds, according to Almgren.

23 09/10

Laptop Power Supplies: Switch-Mode Vs. Linear

For a long time and a long time, linear ability ruled the entire world of power conversion. Even so, when switch-mode ability became commercially offered inside the late 1970s, it commenced to render linear ability out of date. Why is that? And what is the difference between the two? Let us look at each strength conversion forms and go over what has created switch-mode the preferred power supply for laptops.

Linear strength converters have cumbersome steel or iron laminated transformers. They provide security barriers amongst large voltage AC enter and decrease voltage DC output. The transformers lower the AC input from 155V or 230VAC to decrease voltage including 30VAC. The decrease AC voltage changes to DC when handed as a result of electrolytic capacitors. That lower voltage DC turns into the correct output voltage by means of a transistor or IC.

Switch-mode energy converters take 115V or 230VAC and convert it to large voltage DC. That DC switches to very low voltage making use of tiny ferrite transformers, FETs or transistors. That voltage turns into the correct DC output voltage by a different set of diodes, capacitors and inductors.

When comparing linear and switch-mode energy converters, it becomes clear just why laptop computer producers choose switch-mode converters to cost their laptop batteries. A 50W switch-mode power converter averages a dimension reduction of……

20 09/10

4 Steps to Revive a Dead Rechargeable Battery

You will discover four steps to revive the lifeless rechargeable battery which include laptop battery. Over time, the battery will be rechargeable lose their capability to continue to work, a charge anymore. This happens as a result of overcharging, making it quite hot or incredibly cold and several others. You may possibly believe that since it can not be charged, you should recycle and they just buy a newbattery. Instead, follow these measures to revive the battery with a small dose of higher capacity and low voltage hits it swiftly back to life.

The tools you would like

* Useless Battery

* Multimeter

* Welding

* Insulated gloves

* Safety glasses

Step 1. Test the battery levels

1st, examine the gear that recharges the Makita Drill Battery to make certain they’re the reason for the battery isn’t charging. If not you may need to have to use to verify the multi-charge of the battery. In most cases, the reading shows that the effort is significantly less than it says on the screen. If you have a battery backup of making one particular, you may use this measure to determine the battery energy really should have after the resurrection from the dead 1.

Step 2. Verification of equipment ranges

Welding test your multi to ensure the DC energy adapter, and is also used to check whether the gun is positive or unfavorable. Welding can sometimes be a check that is polarized is the inverse of that you would like to run key inside the multi-welding Special until he tells you that you are producing about 30 volts.

Step 3. Off battery

This may be a quite dangerous procedure because you will use the higher voltage existing in this action. With the Bosch Drill Battery of your lifeless, and be certain you wear goggles and safety gloves isolated, press the beneficial finish for welding to your station, plus the batterywhile holding the finish in the negative terminal from the battery minus. Whenever you use this approach to be certain you aren’t soldering around the battery. Just click at the end of welding for the constructive plus on the battery and shock see some sparks if carried out correctly. What this does is force a large amount of current within the cell that vaporized dendrite, including reducing valves. You are able to also use this same technique on a battery that may be worn, which distinguishes the peel to get towards the cells. Then use the tool to sand off a busy supplies and then go to them welding or automobile battery.

Step 4. Test Battery

Now when the battery is replaced once again towards the application that you are utilizing you might see that the Hitachi Drill Battery will likely be a lot far better than it utilized to be. Although the use of your starting battery will also have some consequences. And start from the dendrite means another a single will be close behind, as well as materials that have been vaporized now permeated the separator material that forms the resistance, which can short plates. The cell also can not be reduced and will probably be charged with retainer from the poor.

18 09/10

iPhone 4 Battery Life Problems: The Mophie Answer and Tips

There has been a lot of talk on forums recently about how users are suffering battery lifestyle troubles with their iPhone 4′s. Comments have been made that while with other devices users have been happy with a charge lifestyle of around four days, their iPhone 4′s have essential charging after just 1.

Another said how the standby time is supposedly 300 hrs, but on downloading the Battery Doctor app, their device was only showing 200 hours. Added to this, reports of a 45 minute call reducing the battery level to 90%. Apple itself stated that there was a 20% increase in battery performance over the previous 3G device.

In an attempt to try and cure the supposed battery lifestyle difficulty, some have given tips on how to extend the battery’s everyday living. Iphonedownloadblog listed eleven useful hints on things you are able to do, for instance turning off push notifications, removing unused apps that are constantly running for no reason and switching of your 3G when its not needed.

Technologizer even so have come up with most likely the perfect answer inside the form of the Mophie battery case. Designing external battery circumstances for iPhone and iPod, Mophie have built up a reputation for extending the devices battery living. Although inside the past the situations were said to be rather bulky, the latest design for iPhone 4 comes out looking like a normal tough case.

Even though the battery extender has a slim design, it up’s the 1200mAh standard battery to a 1500mAh. A claim by Mophie says that it will give the user double the normal battery lifestyle, that’s roughly 6 additional a long time talk time, 36 far more several hours of audio or 9 further hrs video playback. Priced at $79.95 and available via Apple Store, surely this is the solution to anyone’s battery concerns.

Though Apples latest gen iPhone is undoubtedly well-liked it has suffered additional than its fair share of difficulties since its release. If you have experienced battery problems or found any other solutions let us know.

16 09/10

Apple Improves After-Sales Service for iPhone 4

Apple has improved its after-sales service policy for the newly released iPhone 4 following a wave of complaints from consumers about poor client service.

The organization stated Wednesday that it is going to provide repair services for damaged or malfunctioning iPhone 4s at its service centers. It can charge W39,000 to fix the tempered glass surface, W79,000 for cameras, and W39,000 for the vibration device (US$1=W1,163).

Till now, Apple replaced faulty devices with a refurbished phone or charged hundreds of thousands of won for repairs, even minor ones. It may perhaps also amend its policy for the iPhone 3GS as well.

The corporation also changed its plan to give away no cost “bumper” situations till the end of the month, so iPhone 4 users can now get a no cost case at any time but only if they ask for it. The cases, initially made to protect the gadget, have been distributed as a means to improve signal reception following a rush of client complaints over antenna complications.

Apple mentioned, “We now know that the iPhone 4 antenna attenuation issue is even smaller than we originally thought.” But it’ll continue to offer free bumper cases to users experiencing the issue in each country where the device has been released.

Industry insiders speculate that Apple’s conciliatory moves have been triggered by the heated competition in the smartphone market.

15 09/10

Tighter Curbs Expected on Lithium Batteries

Federal officials are poised to substantially tighten restrictions on transporting lithium batteries in U.S. cargo planes, according to individuals acquainted aided by the particulars, after an apparent cargo fireplace resulted in the crash of a United Parcel Service Inc. jet in Dubai.

The move, which would affect nearly all U.S. cargo carriers, could also force manufacturers and distributors of client electronics to alter their packaging and documentation procedures. Lithium batteries are utilized in a wide array of digital devices, including cell phones and laptop computers.

The urgency from the new restrictions, which individuals familiar with the matter expect to be announced shortly, appear to be a response to signs that lithium batteries may perhaps have stoked the intense fire and dense smoke that filled the cockpit of your UPS Boeing 747 jumbo jet prior to it went down on Sept. 3, although trying to return to Dubai International Airport.

Both pilots died from the accident, which has revived debate more than the hearth hazards of lithium batteries. They can burn intensely, and once on fire might be particularly hard to extinguish.

By requiring special packaging and other safeguards for lithium batteries and products containing them, the new restrictions would resolve long-running disputes between some airline-industry officers and pilot groups more than the dangers posed by this sort of cargo.

It will likely be increasingly hard to ship significant volumes of batteries, by themselves, on a single plane, according to the folks acquainted together with the particulars.

Investigators haven’t yet revealed details of the Boeing 747′s cargo or the official trigger from the crash. But people today familiar using the particulars said the flight, which originated in Hong Kong after which stopped in Dubai on the way to Cologne, Germany, had massive amounts of customer electronics aboard.

The extent from the hearth may make it impossible for investigators to conclusively ascertain exactly where and how it broke out.

A Division of Transportation spokeswoman declined to comment, as did a Federal Aviation Administration spokeswoman. UPS officials have declined to comment on the status in the investigation.

But market safety experts explained they expected government action inside the next few days. Transportation-department and FAA officials, they mentioned, had been discussing safe practices initiatives to need particular protective packaging on lithium batteries, to limit the range allowed on 1 plane and to mandate warnings to pilots about the sort of cargo loaded just before takeoff.

Earlier this year, transportation officials proposed restrictions on these types of batteries in cargo carriers, essentially classifying them as hazardous or dangerous goods, requiring packaging to avoid short circuits and limiting exactly where they may be loaded inside cargo planes. But those proposals have been not made final.

In October, 2009, the transportation division issued a lithium-battery safe practices advisory aimed at shippers and carriers responsible for complying with hazardous-materials regulations for passenger and cargo aircraft. The agency mentioned it was specifically concerned about undeclared shipments of lithium batteries, and tallied far more than 40 air-transport-related incidents involving such batteries and digital devices because 1991.

Passenger planes above the years have complied with strict restrictions, and frequently outright bans, on lithium batteries carried as cargo. Considering that January, 2008, transportation-agency rules have barred airline passengers from packing spare lithium batteries in checked baggage. But if passengers put a portable electronic device in their checked baggage, the batteries are allowed to remain. In carry-on baggage, passengers can still pack a number of batteries of distinct types, including those commonly utilized in cell phones and most laptop computer systems.

The UPS jet’s flight-data recorders have been downloaded by U.S. crash investigators, and early analysis is constant together with the theory that the blaze started in a cargo area, spread swiftly after which pushed smoke into the cockpit, stopping pilots from seeing their instruments.

On Tuesday, investigators from the United Arab Emirates gave the strongest public signal yet that the blaze originated inside the cargo hold. They disclosed that prior to smoke inside the cockpit, there was a hearth warning received by the crew. These types of warnings normally come from sensors in or around the cargo compartments, not inside the cockpit

The U.S. National Transportation Security Board, which is participating inside investigation, years ago urged regulators to demand installation of fire-suppression methods inside primary holds of cargo planes. The recommendations came right after a 2006 hearth damaged a UPS McDonnell Douglas DC-8 cargo jet that managed to land safely in Philadelphia, with all the crew barely escaping the flames. At the time, the security board also known as for enhanced training, improved pilot exits and upgraded smoke detection techniques. Additional recently, board officials stepped up ther campaign to champion this kind of improvements. They have declined to comment on the current crash, as have UPS. officers.

Several lithium batteries have internal safeguards designed to avoid fires in case batteries overheat or malfunction. Investigators looking into the Dubai crash are trying to decide if the batteries aboard the plane had these kinds of techniques, and whether they had been working correctly.The debate through stopping fires stemming from lithium batteries is complicated by the fact that FAA critics contend parts from the agency’s proposal from earlier this year aren’t steady with international safety standards covering battery shipments.