①3.2V lithium iron phosphate battery has better anti-theft performance
Solar energy uses batteries to store electric energy to generate electricity, so the cost of this battery is slightly more expensive, which will also make some thieves look at the solar battery. In the past, the storage battery was buried in the ground and could easily be dug away by thieves. However, the lithium iron phosphate battery is installed under the solar panel. Because the height of the street light pole is high, it is more difficult to steal the lithium battery. If you install a special battery anti-theft box for the lithium battery, it will be more able to prevent the battery from being stolen.
Therefore, the location where the lithium iron phosphate battery is installed is not conducive to theft by thieves, so that the possibility of the battery being stolen can be greatly reduced.
②The 3.2V lithium iron phosphate battery has less pollution than the battery
We all know that the battery life is relatively short. Although it is cheap, it may need to be replaced once a year, which will greatly increase the pollution to the environment. Moreover, the battery itself is a bit more polluting than the lithium battery, and if it is constantly replaced, it will always cause harm to the environment.
③3.2V lithium iron phosphate battery has longer service life
It is also mentioned above that the annual loss of the battery is relatively high, and it often needs to be replaced once a year or two. The lithium battery has a service life of 3-5 years, and generally it can be guaranteed for three years. This means that in the past three years, if there is any problem with the battery, you can contact the manufacturer to replace it, without additional costs, and it is just comfortable to use.
④3.2V lithium iron phosphate battery is safer
The battery is easy to enter water, and the lithium battery is not easy to enter water. Moreover, lead-acid batteries have memory properties, that is, charging will produce a memory effect when they are not fully discharged, which will affect the service life of the battery. The lithium battery has no memory and can be charged at any time. This is safer and more reassuring to use.
Also, lithium iron phosphate batteries are much more delicate and lighter than batteries, and they are much easier to install. 3.2V lithium iron phosphate batteries are now more and more widely used, and have gradually replaced batteries. Although the cost of the 3.2v lithium iron phosphate battery is higher, it can save us a lot of money and energy!
