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Industrial Lithium-Ion Battery-Definition and Application

Industrial Lithium-Ion Battery-Definition and Application

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In this era of technology and advancement, nothing is left aside from getting fast and quick. Our lives revolve around devices that require electricity to run, or they operate over a cell to save power. Every equipment and gadgets that are coming in the market have one thing in common i.e., batteries. A battery not only saves the consumption of light and electricity, but they are easy to use and portable also. These days’ manufacturers are producing devices and gadgets that can function on batteries because they are convient to use
 
Since batteries have extensive uses, there are many types of batteries available in the market. Among various other types of batteries, the most popular battery type used in industries are lithium-ion batteries. Now let’s discuss in detail about lithium-ion batteries
 
What is an industrial lithium-ion battery?
 
Industries demand more heavy and ruggedized batteries. Industrial tools and devices are used in distant and far-flung areas where the batteries need to be self-powered. Their replacement is also a tough task. Industrial batteries should be reliable in the sense of power density because charging huge and heavy batteries requires time and effort both.
 
Industrial lithium-ion batteries are mechanically designed to bear harsh environment. They consist of high energy density to support all forms of industrial needs and demands. They generally have a low annual discharge rate so that can be operated and used for an extended period.
 
The increasing use of industrial batteries requires rechargeable lithium-ion batteries. That can work for up to 20 years and more, high and fast recharge cycles, and should be able to cope with different levels of temperature.
 
Lithium-ion batteries are much in demand because of the following points:
 
Quick Response
 
Batteries have a tendency of fast responsiveness. As soon as you put a fresh or a charged battery in a device, it takes no time for the battery to start its function. This is one of the main reasons why batteries are most commonly used.
 
Low maintenance
 
Have a low maintenance cost. Once the battery is drained, you can use a new battery to get your device function. There are no hassles in using a battery.
 
Recyclable
 
Most of the batteries that are prevalent in the market today are recyclable. Therefore using batteries is an environment-friendly option also. It saves the overutilization of electricity.
 
How does industrial lithium-ion battery work?
 
Generally, Lithium-ion forklift batteries are used in industries. Industrial lithium batteries work in the following way:
 
When the battery is charging, lithium cobalt oxide and positively charged electrode give up its lithium ions. Then they move through the electrolyte to the negatively charged and graphite electrode and stays there. The lithium battery takes in the energy and stores it during the whole process. While during the discharging, the lithium ions back to the positively charged electrode. The movement of electrons and ions are interconnected.
 
There are many advantages of using lithium-ion batteries in industries such as:
 
Save space and money
 
The battery does not require the need for spare batteries and separate charging rooms. This leads to saving time, money, and space altogether.
 
Long and Consistent Performance
 
Any other conventional battery, lithium-ion batteries save three times more energy. This results in a consistent voltage, which allows the battery not to slow down the machine as they get discharged.
 
Extended lifecycle
 
lithium-ion batteries can deliver 5000 charge and discharge cycles. That’s why lithium-ion batteries are mostly prevalent in the electric vehicle industry.
 
Fast and Efficient Charging
 
Batteries can be charged up to 100 percent capacity at a breakneck speed. There is no requirement for the absorption phase. You can charge your lithium-ion batteries when you have any work. You can leave your battery uncharged when there is no requirement of the battery.
 
Resistant to Climate
 
Batteries can function efficiently, even at low temperatures. The climatic conditions do not harm the discharge rate of these batteries
 
What are the differences between the industrial lithium-ion battery and other battery?
To understand the differences between the industrial lithium-ion battery and other battery clearly let’s see them one by one:
 
  • Consumer batteries

Consumer batteries are those batteries that are generally used in mobile phones, laptops, etc., for such application alkaline batteries are ideal. They require a relatively low flow of current. Consumer lithium-ion batteries are rechargeable batteries. These batteries are mostly used in laptops and mobile phones.

  • Lead-Acid Battery

This kind of battery is most commonly used in the automobile sector to store solar energy. They offer low cost and provide a high current. Twenty-five watt-hours per kilogram are their storing capacity.

  • Nickel-Cadmium Battery

It is a rechargeable battery made up of nickel oxide hydroxide and metallic cadmium as electrodes.

  • Sealed Maintenance Free Batteries(SMF)

These are mostly used in UPS systems for computers and commercial applications. Since they are sealed, they never eject or emit fumes. Hence these can be installed right next to the device. These batteries can be installed in homes also if required. These batteries are maintenance and hassle-free. They have a lesser life of 3 to 5 years approx. The life span of these batteries is depended upon its charge and discharge cycles.

  • Nickel-metal hydride batteries

These are rechargeable batteries, commonly abbreviated as NiMH. These batteries have two to three times the capacity of a nickel-cadmium battery. Its energy density can approach up to a lithium-ion battery.

  • Nickel-iron Battery

This is a rechargeable battery with the abbreviated name as NiFe battery. Positive plates of this battery have nickel oxide, and the negative plates have the iron on it. These batteries have a long life. They are tolerant of over-heating, over-charge, over-discharge, and short circuits.

That’s all defining the application, uses, and advantages of industrial lithium-ion batteries. Before making any further purchase or installation, going in the depth of that product is a must thing to do. Information and facts that are provided here will help surely.