Today, we start to use batteries that offer a lot of capacity, sustainability, and a long life expectancy. LiFePO4 is one of many lithium-ion batteries and they are an ideal solution to 12V 100Ah LiFePO4; today’s energy backup systems. Just like lithium-ion type, these units feature the cathode material. Therefore, they offer a wide range of benefits of over the counterparts. Given below is a discussion of a few of those advantages.
- Battery Life
LiFePO4 batteries can last 2 or 4 times longer compared to lithium-ion for many reasons. To some extent, it’s because these units offer more stability at high temperatures. So, they are not prone to overcharging. In addition, you can store these units for a a lot longer period without the risk of destruction.
The long life expectancy is a good thing for solar systems where the installation costs a good deal of money and replacement of batteries can break up the whole system. Today’s solar panels can work for about 30 years.
- Environmental Impact
Unlike Li-ion batteries, LiFePO4 ones are produced from non-toxic stuff, such as water piping, graphite and iron. These ingredients can be recycled without any problem. In fact, recyclable batteries can help you keep your environment clean at all times.
Apart from this, the metal oxides found in Li-ion ones may have a poor affect the surroundings. Although old batteries are meant to be removed in a safe manner, most of them result in landfills. And this causes a lot of health issues. Lithium iron phosphate power units have phosphate salts in the individual rather than metal oxides. They are less risky than the counterparts.
Safety and stability are the strong positive point of LiFePO4 batteries of today. As far as solar applications are concerned, safety is the number one concern. Since Li-ion batteries have a lower energy solidity, they have to be bigger in size to offer the same level of capacity as LiFePO4 ones.
LiFePO4 ones are almost non-combustible, especially when you handle them with care. Since these units are less toxic, they can mitigate the risk of medical hazards, random poisoning, and allergy symptoms.
As far as cost is concerned, Lithium iron phosphate ones are a lot cheaper to make for many reasons. For instance, the raw material for making these units is easily obtainable, which is why it’s less expensive compared to cobalt.
Also, it’s safer to handle these units. Lastly, the long life expectancy of these units makes them better option than Li-ion ones. So, you can save a lot of money.
- Depth of Discharge
Since these units come with deep discharge capacity, they can avoid damage because of deep discharging. Even better is that LiFePO4 batteries can be deeply dismissed with no risk of capacity reduction.
So, this advantage is what makes these units an ideal choice for solar systems as several units can be connected for bigger storage.
In short, these are just some of the main advantages of Lithium Iron Phosphate (LiFePO4) batteries for today’s consumers.