6 Volt Battery Chargers ? Your Other Charger

When one hears of portable chargers these days, the first thing that comes to mind would be chargers for cellular phones, tablets, and handheld game consoles. Electronic gadgets and household appliances are known to use battery chargers. However, a boat or an automobile can also use portable chargers which come in handy when travelling. There are different kinds of battery chargers and one of these is 6 volt battery chargers.

Six volt and 9 volt batteries are usually used in household appliances and 12 volt batteries are common among heavy equipment like marine vehicles and cars. The portable chargers use for electronic gadgets and appliances are not the same at the ones used for cars and boats. These are smaller and can be mounted on a wall or desk and has faster charging rate. However, the principle is the same, to recharge or bring batteries back to life.

Buying the right charger for your battery is crucial. Problems often occur when chargers are not compatible with their car batteries, thus damaging the battery and the engine. Basically, you need to get 6 volt battery chargers for a 6-volt powered battery. When shopping for one, you can ask the sales person if you are not sure what you need to buy, especially if you are not familiar with the type of battery you have.

Essentially, when shopping for batteries, it is important to know that there are different types of rechargeable batteries used for automobiles and boats; these are wet cell, gel cell, and the AGM (Absorbed Glass Mat) battery.

The wet cell battery has cells wherein you can put water on. As the battery heats up, water evaporates; hence the battery should always have water, lest it will just not function. Gel cell and AGM are the closed types, meaning they are sealed and guaranteed leak-proof. The AGM battery is more preferred by a lot of people because no matter how you position it, you are assured that there won’t be any leakage.

When shopping around for batteries, makes sure you consider the following: its voltage, the battery type, and compatibility to your car or boat battery. You’ll also need to consider your battery’s capacity or how much electricity the battery can produce, you can refer to it as the voltage and the amp. Another factor to consider is the actual size of the battery; it should just be the right size for your car battery.

The 6-volt charger battery is known to have higher amp rating than a 12-volt battery so if you can connect two 6-volt batteries you can get more power supply than a single 12-volt battery. You can also conveniently use a 6-volt charger for this. Golf carts are also known to be powered by 6-volt batteries.

Additional information, there are two types of battery charging systems and the automatic multistage system is considered the best. Did you know that you can use a car battery on a boat? However, it is better to use marine battery.

So now that you’ve gained knowledge, you’ll never have a hard time shopping for 6 volt battery chargers.

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Car Battery Charger

There are some really neat products on the market that are a much safer and steady solution to jump or charge your car battery than jumping it with another running car. The main reason for this is the portable chargers are not at risk for exploding and they charge your battery just enough to get your car started instead of blasting it with power like a running car does.

Portable car battery chargers are easy to maintain as you simply just plug it into a wall jack to charge it up. Once the battery charger has fully charged you just put it in the truck of the car or put it in the car somewhere.

To operate the portable charger, you simple connect the positive and negative cables to the positive and negative receptor on your car battery. Some portable chargers instantly start charging once connected, others you actually just flip the “ON” switch.

Let the charger charge the battery for about 3 minutes before you try starting the car. Like i said previously, a lower voltage current is going into the battery to reduce explosion risk so it may take a minute or two to charge the car battery enough to start.

Once the battery is charged start the car and you can be on your way to the important things you were at risk of missing with a dead battery. Just disconnect the charger while the car is running and then plug the charger in when you get home to keep the charge at maximum charge.

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UPS Software to Control the Batteries Through the Click of a Button

Uninterruptible Power Supply or UPS is a common device used in both the homes and offices. This device is exclusively used for power backup of the offices or homes during the cuts and surges. The UPS has become the life line of the official and house hold sectors. Technology has advanced since ages and UPS software is introduced recently.

UPS Software- Its Significance

This UPS software works in coordination with the UPS batteries. During the cuts and surges the software provides freedom of controlling the functioning of the batteries and the attached equipments. This UPS software can be easily installed in all the operating systems. You can measure the battery running capacity during the cuts. This software also gives you the freedom of connecting or disconnecting devices to batteries during the power cuts. The servers can be easily switched ON and OFF by this software, most of the time they are turned OFF, as the servers consume lots of power of the batteries during the cuts.

You can also keep a vigilant eye on the status of the battery, its remaining charge through the software. You are also provided the status of the water of the battery, whether it is leaking or not.

UPS Software and Their Types

The market is flooded with two main types of the UPS software.
Power Net guard is a UPS software and is exclusively made for the medium to large networks. The network interface (SNMP) communications system is used to control and manage the UPS batteries. It also uses the RFC 1628 Standard Management Information Base (MIB).
PowerShield³ UPS monitoring software is yet another type of UPS software. This software is known to handle around 31 UPS(s) at a time via TCP/IP and is often used for the parallel connections. This software is known to provide realtime information and are generally displayed in the form of bar charts. You will also be updated with the information regarding the battery charge %, mains voltage, and the UPS loads. This software also makes UPS logs through remote interrogation and the operating parameters help to diagnose the potential faults and alarms. This UPS software can also be instructed to perform automated safe power down of all the file servers and protected PCs.  

You can now buy the UPS software through online UPS dealers. These dealers will send servicemen who will come and install the software in your computer, connect the devices with the software and teach you how to use the software.

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The Future of Fuel Cell Buses is Here

Fuel Cell technology works and is being used right now in many large cities running their bus fleets and yet there is still more research that needs to be done. The Fuel Cell Buses are getting more powerful, more reliable and have a much longer range then before.

In studying the efforts of SunLine Bus, a company in Palm Desert, CA we can see how far Fuel Cell Technology has come. SunLine has regular bus service using these Hydrogren Cell Buses and has been running them for a number of years. They work very well and the citizens like the idea of riding around in a bus, which does not pollute.

Proof of concept is completed and it only takes will to see Fuel Cells come to fruition in the Trucking Industry as well. The data shows some spectacular accomplishments in uptime and maintenance making it a viable option.

SunLine Bus is on the leading edge in implementing these technologies and testing them in the real world and they have being working on this project for a decade.

With each upgrade and rendition they are improving performance and reliability. Typically a fuel cell bus can go about 80 miles per hour which is much more than they ever really need to go.

SunLine is up-grading battery packs to run Li-ion battery packs to replace the PbA battery packs. They are also upgrading with more pressure from 3,600 to 5,000 psi in the Hydrogen Storage Tanks. Their fuel cells are being replaced with a new innovative design – the 75 kW Ballard Fuel Cell System which also comes with an extended warranty of 12,000 hours of use or 5 years.

Those who ride on Fuel Cell Buses have only positive things to say about them, they are quiet, powerful and no smoke.

Everyone likes them and best of all these buses are decreasing America’s dependence on Middle Eastern Foreign Oil makes our nation safer, stronger and cleaner.

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Water Fuel Cell Technology – Is it All Hype?

The water fuel cell is what could well change the way we drive our vehicles forever. Not only would the cost of gasoline not matter to you anymore, but you could get all the water you needed simply out of your faucet to run your vehicle. Let’s look at the water fuel cell and how it was used by Stanley Meyer in his car.

Mr. Meyer made a device in which he used water as his only means of fuel. Sounds too good to be true right? This cell would literally split up the water into hydrogen and oxygen. When the hydrogen would burn it would create energy which would have the vehicle moving along.

Many people believe he did not really find the true fuel cell, but instead was using electrolysis to operate his vehicle. However, Meyer did claim that his vehicle could make it from New York to California by using only 22 gallons of water.

To me it seems that the rising cost of gas, and how much you would save, wouldn’t matter in regards to how you got there, fuel cell or electrolysis.

Meyer would eventually be sued by two companies who bought his water fuel cell technology in Ohio. He would be forced to pay back those two investors. It wasn’t because the device didn’t work, but because they said it was using the basics of electrolysis to run.

It seems that Meyer was well onto a way that would save millions of people money. Could it be that it wasn’t really an accident that his death occurred at such an early age? According to many experts this is the case, they feel that what Meyer had created would run the oil companies out of business.

Of course, like the conspiracy theory that’s associated with the assassination of Kennedy, these claims will never be proven.

But Meyer’s patent is pending, and many will surely follow in his footsteps in the hopes of creating the water fuel cell perfectly.

Finally, no matter what side of the fence you stand on, it should be noticed that Meyer did drive a vehicle around using his water fuel cell. So, obviously it worked. Even if it was a rip off of the electrolysis theory why don’t we look into it even more? What is more important, saving money on those high costs of gasoline, or whether the water cell technology was what it was said to be?

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Benefits of Deep Cycle Industrial Batteries

Batteries provide energy storage and are a necessary component for any industrial device. In both business and recreational pursuits, rechargeable batteries allow us to become even more mobile. Deep cycle batteries are specifically designed to be deeply discharged and recharged repeatedly. Different types of deep cycle batteries include, but are not limited to: industrial batteries, scrubber batteries, and golf car batteries. These batteries offer many benefits to the consumer.

Deep cycle batteries are maintenance free. This saves the consumer both time and money, as maintenance for traditional lead batteries can be costly, time-consuming, and messy. Sealed cells not only can sit inactive for longer periods, but they also do not need to be watered. Hydrogen gas is leaked with lead batteries during charging, which can pose a risk for both fire and explosion.

Sealed batteries, however, can be installed with no hydrogen leakage. This also eliminates the worry of spilling toxic acid.

Strong packaging and advanced grid technology in the construction of deep cycle batteries means exceptional battery performance for the consumer. A lead alloy grid mixture was specifically formulated to provide structural strength. It also reduced corrosion, decreases leakages, and enhances flow through the grid network. These batteries are constructed with a heat seal, which decreases leakages. This advanced grid technology reduces down time and lowers overall maintenance costs.

As consumers and industries become more environmentally conscious, deep cycle batteries provide a clean, green energy solution for your battery needs. The traditional lead battery is comprised of two active ingredients, which are lead and sulfuric acid.

These toxins pose a threat to the environment. Hydrogen is also released when using  traditional lead batteries. Sealed gel batteries have the liquid electrolyte in a jellied form. AGM (absorbent glass mat) batteries use a sponge-like mat to hold the liquid electrolyte. These batteries do not have to be stored in an upright position and are spill-proof.

One company leading the way in advanced deep cycle battery technology is U. S. Battery. They provide a wide array of products from golf car batteries to scrubber batteries. These batteries are 97% recyclable. U.S. has also formed a partnership with Southern California Edison (SCE). Over 8 million kilowatt hours and 12 million pounds of CO2 emissions have been saved by reducing annual energy consumption. U.S. batteries are not only good for the consumer, but also the planet.



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Maintenance Of Car Batteries

The car is a very complex matter. It has bearings & seals, belts & hoses to fix. It also has engine, transmission and brake systems to maintain. One of the important pieces in the vehicle that should always be maintained is the car battery. If your battery is damaged or not charged, then you would not be able to start the vehicle in the first place. Maintaining the battery will not only make your car run, it will also be able to save you lots of money since you do not have to buy a new one. Car battery service or maintenance is one of the easiest maintenance items to do. It will not cost much, it is not complex and it will not take too much of your time.

Every time you work on your car battery, always wear the appropriate protective gears such as gloves and goggles. The acid inside the battery is dangerous to the health if inhaled and it can cause burns if it makes contact with the skin. While cleaning or repairing the battery, do not smoke near it. A small spark can cause the battery to explode if you are not too careful. Car batteries have nitrogen gas that is highly flammable so better be careful when handling it.

Here are a few tips when it comes to car battery care. Always check the liquid level inside the battery. There are batteries that you should do this on a regular basis but for maintenance-free ones, you do not have to. In order to check the battery liquid, also known as electrolyte, all you have to do is remove the removable screw-caps at the top of the battery. You will see here the plates after removing the caps. The plates should be covered by electrolytes. The liquid should be on the same level as the base of the screw cap. In order to fill up the electrolyte, just use distilled water.

There is a bracket holding the battery in place. You should always make sure that the bracket is sufficiently tight. If this is not tight, then the battery will move around when the vehicle is in used and this will cause damage. Aside from the battery bracket, it is also advisable to check the tightness of the clamps connected to the positive and negative spots of the battery terminal. Any loose connection can cause sudden problems during car ignition.
Ideally, car batteries should be fully charged at all times to get the best result out of it. However, if you do mostly short trips, then the battery will not charge completely. If this is the case, you should be able to use battery chargers in order to maintain fully charged battery.

Over time, batteries will show signs of corrosion. In order to clean this, all you have to do is to disconnect the black and red battery leads so you can clean the terminals and the connectors with ease. Use a small wire brush for this.

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Aarkstore Enterprise – Leading Fuel Cell Technologies: Applications, Costs, Economic Competitivenes

Leading Fuel Cell Technologies: Applications, costs, economic competitiveness and future prospects

Report Overview

Fuel cell products, despite considerable development, have yet to be commercially realized. However, developments in recent years have brought a range of new fuel cell technologies to the brink of commercialization. Fuel cells could help to revolutionize power generation and may eventually provide electrical power for an extremely wide range of applications including utility power plants distributed generation, domestic combined heat and power units, and portable and automotive applications.

Leading Fuel Cell Technologies is a report published by Business Insights that analyzes the future of fuel cell technologies and their usage in stationary power generation. This report looks at each of the leading fuel cell technologies in terms of their operational characteristics, costs, efficiency and future prospects and provides an analysis of comparative costs with existing power generation technologies. The report also provides an assessment of the comercialization potential of fuel cells, in addition to key installation data and emerging fuel cell trials.

Key Findings

Costs for stationary fuel cell applications still vary widely from $ 2,500/kW for some technologies to more than $ 40,000/kW for direct methanol fuel cells.
Although fuel cell costs are still uncompetitive, the sector is still highly mature revenues from commercial fuel cell companies were still under $ 500m 3 years ago although other estimates place the overall market size much higher.
Commercial fuel cell installations have risen sharply more capacity has been installed in the past 3 years than in the 10 years prior to that.
Based on generation costs, fuel cells are becoming competitive with onshore wind and may be as little as 17% more expensive in some cases per MWh.
Fuel cell installations under 10kW have also grown quickly at a CAGR of almost 50% between 2001 and 2007.

Use this report to…

Identify the leading fuel cell technologies, their development status and application with this reports indepth analysis of the 6 leading fuel cell technologies:
-Phosphoric acid fuel cells
-Proton exchange membrane fuel cells
-Molten carbonate fuel cells
-Solid oxide fuel cells
-Alkaline fuel cells
-Direct methanol fuel cells

Compare the economic competitiveness of the different fuel cell technologies with this reports comparative analysis of costs against existing power generation technologies.
Assess the long term potential of fuel cells in the stationary power market based on this reports assessment of the future prospects of fuel cells, their commercialization prospects, key installation data and emerging fuel cell trials.

Explore issues including…

Cost competitiveness. Fuel cells are becoming more cost competitive, although costs for many of the technologies remain estimates and the true challenge for commercialization of fuel cells remains to be fully understood.

Technological immaturity. Fuel cells are still a highly immature technology, with relatively low, but growing levels of installation and it is clear that a key feature of their uptake will be an ability to achieve scale.

The hydrogen economy. In the uncertain event that a hydrogen economy does develop, then the fuel cell is likely to become one of the primary means of exploiting hydrogen. The availability of hydrogen without the need for reforming would have a significant effect on the economics of several types of fuel cell.


What are the leading fuel cell technologies?
Which technology is suited to which application?
What are the operational parameters for each technology?
How do the economics of fuel cell technologies compare against one another and against existing power generation technologies?
What is the growth profile for large and small fuel cell installations?
What are the future prospects for fuel cell commercialization?

For more information, please contact :

Contact : minu
Aarkstore Enterprise
Tel : +912227453309
Mobile No: +919272852585
Email : contact@aarkstore.com
Website : http://www.aarkstore.com
Blog: http://blogs.aarkstore.com/

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Rebuilding A Laptop Battery

When your acer aspire 1350 battery is about to give up the ghost, you are probably thinking of the typical three alternatives. The most obvious, of course, is “wow, what a great justification for buying a new laptop”. With laptop prices falling and no such luck with battery prices, this almost makes sense. But, most of us will probably just bite the bullet and buy a new battery. The third alternative would be to replace the cells in the battery you already have.
This article is about the third alternative. If you are not fairly skilled in working on electronics, this is not necessarily a good alternative. But, it is possible. Personally, I was inspired to do this the first time because the small (3-cell) battery for my ASUS laptop was very ill and I couldn’t find a replacement.
Financially, it also looked like a good choice.

The out of stock new battery cost $ 129. I found the cells for a bit over $ 5 each. So, I ordered the cells and, expecting to have a success, ordered six more for a sick battery for one of my T23 ThinkPads.
The first trick is to open the old battery without destroying the plastic or anything important inside. What you need to do is find where the two parts are glued together and work on the glue line with something sharp until you can open the battery.
In the case of ThinkPad batteries, there are labels over parts of the glue line. So, first cut through the labels with a sharp knife. I then chose to use a wood chisel to first find parts of the plastic that will flex because there is open space behind them and then start opening in these areas. You may have better luck with a utility knife.
Once you get the opening process started, a utility knife works best in some parts, the wood chisel in others. Just be careful not to cut too deep or you could damage circuitry or wiring inside. Also, remember that the goal is to be able to glue the acer squ-302 battery case back together and have it fit in the laptop so cutting out a little plastic (possibly with a fine saw) may be better than an attempt to just open it up with the result of warping or breaking the plastic.
Once you have the battery pack open, it is analysis time. The most common battery packs contain three, six or nine Li-ion cells of size 18650. Typically they are in strings of three in series (that gives you about 11V) and then each string is paralleled. But, that may not be the case. Do a bit of analysis before you start cutting wires.
Note that the cell size is not something that indicates that there are at least 18,649 other choices. It is actually the diameter of the cell in millimeters (18) followed by the length in millimeters (650). The big advantage with this system is that if the cell isn’t marked with a size, a metric ruler can help you out.
As Li-ion batteries need special “care and feeding”, you will find a circuit board within the battery pack, Wires will go from the circuit board to each cell junction so that the voltages can be monitored. Also, there will be a thermistor and a thermal circuit breaker within the pack.
There are lots of places that sell replacement Li-ion cells. One is Battery Junction. On their site you will find all the common acer aspire 1510 battery sizes. They also have both PC boards to protect sets of cells and a special 18650 cell with a built-in protection circuit. Assuming you are replacing cells in an existing pack, you just need to buy regular cells. One thing you do need to watch for, however, is tabs. Typically you can ask to have solder tabs spot welded to the cells. This is the right way to go rather than trying to solder directly to the cell which could easily damage the seals.

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Portable Fuel Cell’s Power Generating, Battery Charging Capabilities

UltraCell Corporation, a leading producer of portable fuel cells, today announced that the company provided fuel cell systems for the Portable Power Excursion (PPE) tests earlier this month at Fort Riley, KS, as part of the AU. Army’s Nett Warrior exercise Limited User Test (LUT). UltraCell sent several XX25 3-Up, XX55 3-Up and XX55 fuel cell systems to the tests, demonstrating the systems’ capabilities as an integrated soldier portable power generator and battery charger.

Nett Warrior, managed by the Army’s Product Manager Ground Soldier, is a set of Soldier-worn, battle tracking technologies that provide dismounted Soldiers with increased situational awareness, better reaction time and reduced risk of fratricide.

During the exercises, a Nett Warrior-equipped Rifle platoon, along with all of its organic radio power consumers, consumed the power of 140 batteries per day.

Rechargeable batteries are a key element of the Nett Warrior system, offering reduced costs and logistics tail. However, battery charging in remote conditions can be problematic. UltraCell’s fuel cell battery charger system — the 3-Up — can help enable the use of such batteries even in austere conditions.

UltraCell’s 3-Up system is an ideal multifunctional solution for an exercise such as PPE and Nett Warrior, as it can provide power for remote, off-grid environments where generating power and recharging electronic devices is crucial. The unit combines UltraCell’s existing reformed methanol fuel cell (RMFC) technology and award-winning extended runtime fuel tanks with Modular Lightweight Load Carrying Equipment (MOLLE) packaging and an innovative power Director.

“One of the most pressing problems for soldiers serving in remote locations is a lack of reliable generator/vehicle-independent battery chargers,” said UltraCell CEO Keith Scott. “UltraCell has the only solution on the market today which not only provides a lightweight, extended runtime battery charger, but also offers the ability to provide power for a wide range of electronics equipment.”

The 3-Up is designed to deliver a modular, scalable portable power solution by combining various fuel cell platforms to operate as a customizable system based on the user’s needs. Mobility is enhanced by the MOLLE, providing convenient personal carriage, as well as fast reconfiguration of the system for higher or lower power outputs. This approach is ideal for soldiers in the field who are required to charge batteries and power a range of electronic equipment including rugged laptops, satellite communications devices and military radios.

About UltraCell
UltraCell is a leading producer of fuel cell systems for mobile devices. The company has developed new micro fuel cell technologies and intellectual property in the field of methanol-based fuel cells. Its patented, award-winning portable fuel cell, the XX25™, achieved Technology Readiness Level (TRL) 7 status, a significant U.S. Army milestone and certification for military use and commercial production. For more information about UltraCell, please visit

Carrying larger batteries or switching to high energy-dense chemistries does not improve system reliability if weak packs are left in the fleet.

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