Different Types of UPS Battery

An inverter is also known as UPS. This emergency power load when power is doomed to failure. An UPS battery is used to save or protect computers, data centers, remote communication and various types of electrical equipment when sudden power connection safe to go or the most useful data will be destroyed.

There are many types or sizes available on the market in different range UPS battery. Generally, there are three types of UPS battery available on the market as on-line, line-interactive or standby.

On-line ups batteries have double conversion method agree with the AC that corrects DC to pass through the dough entry. UPS batteries on-line protect equipment against 120V/230V feeding.

Online interactive UPS maintains the inverter in line and redirects DC current path from the battery from the normal charging mode power supply when power is lost.

Standby UPS battery offers only basic functions, providing protection against voltage surges and battery. The protected equipment is normally connected directly to the mains supply. When the input voltage falls below a predetermined level of SPS rotates on its internal DC-AC inverter circuit, which is supplied from an internal storage battery.

How to Choose Right Portable Auto battery pack for Your Vehicle

Auto batteries are the type of rechargeable battery which supplies power to the auto mobile. If you want to choose a right auto battery for your vehicles then you have to mark that is the battery loose his time period or not because most of the battery loss his strength when the time period is over. So the right decision is to choose the particular batteries which have no more than 6 months old. Most of the battery has the shipping code in the upper part of the cover. Some of the company uses alphabetical letter to specify the month, just like “A” for January, “B” for February and some of them uses the number to identify the year like “3” for 2013 and also most of the companies are uses numeric date.

 Another thing is that to choose the right company, suitable model and off course the budget is taking a important role in choosing a right portable auto battery pack. A handle also can make easier to replace the battery from one place to another place which weight is about more than 18 kilo grams.

EnergyHolder provides various type of portable auto battery pack to the customer in very low and affordable price. To know more about the auto battery you can browse http://www.energyholder.com/

Wide Uses of Lithium Batteries Makes Our Life Easy

Today the battery manufactures are incredibly increasing using lithium based batteries rather than other battery materials because of its ideal using of battery application.

Portable consumer goods also offer scope for increasing demand for lithium batteries, but the launch mass production of hybrid vehicles, plug-in hybrid and electric vehicles using lithium batteries to major automakers such as Toyota, Honda Nissan, Renault, BYD, Mitsubishi, Chevrolet has the potential to greater demand for lithium increases.

According to a study of lithium batteries have increased by 22% per year from 2000 to 2008. Now, battery applications are included with the watches, mobile phones, laptops, camcorders, e-bike, ups, electronic games, calculators, camcorders and portable power tools. Today, most mobile phones and laptops incorporate lithium batteries because of its high power density and lighter than other alternatives. Lithium-ion polymer battery is a new type of battery, which can be made extremely thin, lightweight and flexible.

EnergyHolder is a China based lithium battery manufacturer who promises to provide high-quality lithium battery to their customer with fulfilling the rechargeable battery requirement in world web wide.

Specification of Lithium ion Batteries

Lithium-ion batteries are lightweight, fully disposable and can pack energy in a small volume – which makes them an attractive power source for hybrid and electric devices.

Lithium-ion batteries have the truth of cathode and anode materials, so depending on the density of energy or voltage lithium-ion batteries are specified in three different categories. The first is the specific energy density second is the volume energy density, and the third is the specific power density. Specific energy density has the ability to keep 150 to 250 W•h/kgs where as Volumetric energy density has 250 to 620 W•h/l and Specific power density have 300 to 1500 W/kg.
lithium iron phosphate cathode and graphite anode have a Titular open-circuit Electromotive Force of 3.2 V and a typical charging voltage of 3.6 V. Lithium nickel manganese cobalt (NMC) oxide cathodes with graphite anodes have a 3.7 V nominal voltage with a 4.2 V max charge.

EnergyHolder providing different types of lithium ion battery pack like mobile phone battery, Ups Battery, e- bike battery, camcorder battery, custom lithium ion batteries where they uses wide range of lithium ion for operating temperatures.

History of Lithium Ion battery

Lithium batteries were first proposed in MS Whittingham’s time. He using titanium sulfide and lithium metal as the electrodes. Lithium batteries in which the negative electrode is lithium metal pose safety. As a result, have developed lithium ion batteries in which both electrodes are made of a material containing lithium ions.

At the University of Oxford, England, in 1979, John Goodenough and Koichi Mizushima presented a chargeable cell to cell voltage high in the range of 4 V using lithium cobalt oxide as the positive electrode and the metal lithium as the negative electrode.

This invention supplies the positive electrode material made possible LIBs. LiCoO2 is a static positive electrode material that acts as a donor of lithium ions, which means it, can be used with a negative electrode material other than lithium metal. By allowing the use of electrode materials static and easy to handle negative LiCoO2 opened a new compass of possibilities for new rechargeable battery systems.

After 1980, Rachid Yazami also demonstrated the two sided electrochemical embolism of lithium in graphite. The Constituent electrolytes available at the time break up during charging if used with a graphite negative electrode, precluding the early development of a rechargeable battery system employing lithium or graphite. Electrolyte is used to demonstrate that lithium may be reversibly intercalated graphite through an electrochemical mechanism. The graphite electrode identify that he is currently the most commonly used electrode in lithium ion batteries business.