-What is the difference between using carbon batteries and alkaline batteries

What is the difference between using carbon batteries and alkaline batteries
author:enerbyte source:本站 click121 Release date: 2024-06-12 10:21:31
abstract:
Disadvantages of carbon batteries: they cannot be recycled, and although the one-time investment is low, the cumulative usage cost is high. Causing damage to the Earth's environment.Attention to the use of carbon batteries: If the camera is not used for a long time, it is not advisable to place...

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Disadvantages of carbon batteries: they cannot be recycled, and although the one-time investment is low, the cumulative usage cost is high. Causing damage to the Earth's environment.

Attention to the use of carbon batteries: If the camera is not used for a long time, it is not advisable to place the carbon battery inside the machine. If the time is too long, some corrosive liquids will flow out from the inside of the carbon battery. If these liquids flow into the camera, it is very easy to cause component damage.

There are basically two types of batteries: rechargeable (also known as wet batteries) and non rechargeable (also known as dry batteries). Among non rechargeable batteries, the main type is the No. 5 battery, which is called an alkaline battery. The better ones include lithium-ion batteries, which have a range of about 5 times that of alkaline batteries, but their price range is also 5 times higher. Currently, Panasonic and Jinba's lithium-ion 5 batteries are the best non rechargeable batteries. Rechargeable batteries are divided into nickel cadmium batteries, nickel hydrogen batteries, and lithium-ion rechargeable batteries. Among them, lithium-ion rechargeable batteries are the best. Nickel cadmium batteries are usually the size of size 5 batteries, which are older and have been phased out, but they are still available for sale outside. Nickel hydrogen batteries are usually the size of size 5, and now they are the mainstream size 5 rechargeable batteries, ranging from 2300mAh to 2700mAh. Lithium ion rechargeable batteries are usually designed by manufacturers themselves. As for the battery life of rechargeable batteries, lithium-ion rechargeable batteries are the best, followed by nickel hydrogen, and then nickel cadmium. The advantage of lithium-ion is that its electricity can remain above 90% until it reaches almost 5% of its capacity, and then suddenly runs out of electricity. And nickel hydrogen batteries have been going all the way, indicating that they started at 90%, then at 80%, and then at 70%. The battery life of this type of battery cannot meet the needs of high-end electronic products that consume more power, especially when digital cameras require flash, which takes a longer time to take another photo, while lithium-ion rechargeable batteries do not have this problem. So if the camera is not using a No. 5 battery, it will basically be a lithium-ion rechargeable battery designed by the manufacturer themselves. This is the first choice. If it is a No. 5 battery, you can buy your own nickel hydrogen rechargeable battery and then buy a better charger, preferably one that can be discharged before charging, which will prolong the battery's lifespan. Nickel hydrogen rechargeable batteries may now be better options such as GP, Jinba, Sony, and domestically produced Pinsheng are also good. However, Sony's charger is preferred because it has a discharge function.

Lithium batteries: The positive electrode plate is made of ductile carbon, and the negative electrode is made of lithium-ion compounds. Currently, there are two types: lithium cobalt oxide and lithium iron phosphate. There are roughly two types of structures: one is a wound type, and the other is a stacked type. Currently, the main type is a wound type, which is one layer of positive electrode plates and one layer of negative electrode plates, with an insulating and permeable ion separator in the middle. They are then rolled together and placed in a packaging shell or bag; Stacked type refers to the sequence of stacking a layer of positive electrode, a layer of separator, a layer of negative electrode, and a layer of separator with the same shape into a package. The voltage of lithium batteries is generally 3.6V and 3.7V

Dry battery: A chemical battery that generates direct current using a paste like electrolyte (wet battery is a chemical battery that uses liquid electrolyte). It can be roughly divided into two types: primary battery and battery. It is widely used in daily life and is lightweight. They can be used on many electrical appliances.


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