As solar power becomes a progressively cost-efficient method to power houses and organizations, picking the best battery develops into an important buying choice. Comparing on overall terms, lithium solar batteries offer more benefits than lead-acid ones.
Here is why we must think about lithium solar batteries while setting up a network for our business or home:
1) Lithium Batteries are Green
It might be paradoxical to spend effort, cash, and time into developing an ecological energy system and then not opt for a battery alternative that is green.
The damaging chemicals inside lead-acid batteries pose a major danger to the environment if they are not disposed properly. LiFePO4, by contrast, consists of no carcinogens, lead, acid, or heavy metals.
Li-ion solar batteries can likewise be efficiently recycled. Tesla, for example, operates with partners in numerous nations to recycle the batteries into "totally reusable resources" and lower Li-ion manufacturing's carbon footprint by seventy percent.
Do not spend your investment quickly or at a low price by picking outdated battery technology if you are thoughtful about establishing solar grid storage for your house or organization. Go with a Li-ion solar battery to receive added efficiency, life security, versatility, and lifespan, and construct the very best possible solar storage system.
2) Lithium Batteries are Efficient
The high efficiency of lithium batteries (compared to conventional lead-acid batteries) is obvious. That is also correct for solar batteries.
Li-ion solar batteries do not drop capacity when the DOD (depth of discharge) surpasses fifty percent. This implies that if the Li ion battery discharges to lower than 1/2 of its capacity, its optimal capacity will not be affected. Lead acid, on the other hand, loses durability if energy discharge falls lower than the threshold, which makes it distinctly less efficient. The discharge rate of lead acid reduces significantly as it is near to being depleted, while lithium batteries maintain performance until they are exhausted.
Generally, Li-ion is also 1/3rd of a lead acid battery's mass. It has an eighty percent or greater usable capacity and charges swiftly. Although lead-acid usually has a similar rated capacity, it is much heavy in weight, charges gradually, and needs several charging sessions to attain the same charge level that lithium attains in one session.
3) Lithium Batteries are Long-Lasting and Safe
Li-ion's better lifespan and capability to operate in severe settings makes it an appropriate option for your house or industrial solar grid. Although a Li-ion battery has a higher cost, it is a worthy asset.
It's also very safe due to the fact that lithium-ion does not require to be preserved to work properly. The LiFePO4 formulation, a more modern Li-ion battery chemical composition, is a safe battery choice readily present in the market.