Solar battery technology is one of the core pieces of the electrification and solar power revolution that’s happening right now. Reliable and affordable battery technology, after all, not only helps keep the lights on when the power is out, but it can also help store solar energy for use when the sun isn’t shining. Once you understand the value of having solar energy storage, you’ll need to learn how to choose a battery for solar panels.
Even plug-in electric vehicles, which use similar energy storage, are playing a significant role in accelerating the advancement of the solar battery.
All of this leads to significant improvements in battery technology and drops in battery storage pricing. Likewise, more homeowners are considering battery storage as part of their solar projects. Let’s look at some of the decision factors to consider when helping a customer determine the right battery for their home.
The batteries used in a solar power storage system must have a high depth of discharge. The depth of discharge indicates how much of the battery's capacity is used in one cycle. It is essential to consider the round-trip efficiency of the battery, which is the difference between the energy that is put into charging it and the energy available to it during that same period. If the round-trip efficiency is higher than 40 percent, the system will be more cost-effective.
It is important to consider the size and weight of your solar power storage battery system. A lithium-ion battery system has the capacity of six standard car batteries. A typical home requires a total of 27,284 amp hours of battery storage. A lithium-ion battery system is a key component of a solar power storage system, storing excess electricity. A large amount of power will be produced by a single panel, making it an excellent choice for a home.
Here are our recommended home energy storage batteries
Eve lifepo4 battery
