They can be distinguished according to the type of battery and voltage.

What we usually call lithium batteries can be divided into six categories, namely, lithium nickel cobalt manganese batteries, lithium cobalt batteries, lithium nickel cobalt aluminum batteries, lithium manganese batteries, lithium titanate batteries and lithium phosphate batteries.lithium ion battery VS lead acid battery Among them, nickel-cobalt-manganese and nickel-cobalt-aluminum batteries are usually referred to as ternary lithium batteries, whose cathode materials are composed of three metals, known as ternary battery series. As you can see from these, the battery industry uses a wide variety of raw materials, including nickel, cobalt, manganese, aluminum, titanium and other metal elements. Because of the different prices of these metals, the price of the battery is also different. Nickel cobalt titanate batteries are expensive while other types of batteries are relatively less expensive. The increase in the price of these batteries is related to the increase in the price of lithium, the cathode material, and nickel, cobalt, and titanium, the cathode materials.

Through a above enterprise introduction of the various impact of the battery market prices continue to rise in the situation of teachers can clearly see that this is caused by the continuous increase in the price of raw material cost problems, here is no longer necessary to carry out information too much research and analysis. Today the main to students everyone mainly introduce themselves to the lithium battery model letters and numerical symbols as a representative of what is the meaning of? These data represent the negative pole material of lithium batteries, on behalf of the shape of the lithium battery design and for the diameter, height, thickness and so on. Specifically developed, L represents the alloy element of lithium battery, i represents lithium ion, C represents cobalt metal, N represents nickel metal, M represents manganese metal, R represents cylindrical battery, T represents square battery. The digital part of the code for cylindrical batteries is 5 digits, the first two teachers indicate the diameter, the last two students indicate that has a height, and finally add 0 to indicate cylindrical batteries; square lithium batteries have a 6-digit digital system code, each two in turn, respectively, indicates the length of time, width and height. For example, NCM indicates nickel-cobalt manganese acid lithium battery, NCR18650 indicates nickel-cobalt cylindrical lithium battery with a diameter of 18cm and a height of 65cm; HCA indicates nickel-cobalt aluminate battery. By synthesizing the above introduction, our country can raise awareness and differentiate the ability of different product types of lithium batteries, to understand the meaning of these models and numbers they represent, so that we can understand some of the basic theoretical knowledge of learning about lithium batteries.

Now that we know the types of lithium-ion batteries, what the letters and numbers represent, and what else, how do we distinguish between different types of lithium-ion batteries? First of all, different types of lithium-ion batteries can be distinguished by letters and numbers, because different types of letters represent different types of batteries, which can distinguish between nickel-cobalt batteries and phosphoric acid batteries.lithium battery vs lead acid Secondly, the distinction can be made by looking at the voltage of the battery. Lithium ternary batteries have a voltage of 3.7 V, manganese-acid batteries have a voltage of 3.5 V, titanium-acid batteries have a voltage of 2.4 V, cobalt-acid batteries have a voltage of 3.6 V, and phosphoric-acid batteries have a voltage of 3.2 V. These are some of the basic ways to differentiate between lithium-ion batteries, and there are also other ways to avoid using them. By using these methods, we can determine which type of battery it belongs to.