something you should to know about solar inverter battery - lithium battery for solar lights

The battery is a very important part and there are two good ways to determine the battery demand.
First, you can determine how long your device will run on your battery.
The second method is to calculate how much capacity is required to run the load within a predetermined number of hours.
The problem with reserve capacity is that there is no effective way to do both calculations, so I don't recommend using this rating. Amp-
The hourly rating is the best available specification we have to use, and although it's not without special consideration, it's more at a later date.
The first thing you want to do when using amps
The hourly rating is to convert your wattage and runtime requirements to wattage-
Hours, then to amp-hours.
Please note, amp-
The hourly ratings have the duration associated with them.
Be sure to get the duration before further calculating the battery. An amp-
A 20-hour rating is the most common rating.
This means that the rating is good for the discharge that happens in 20 hours and your amp-
If the discharge occurs in a shorter period of time, the hourly capacity is reduced, which is called the Peukert law.
It is important to remember that if these ratings are applied correctly, the battery capacity is based on a chemical reaction involving several factors inside the battery.
In other words, it is not a simple linear calculation.
Due to the amount of internal resistance resulting from this, heavy load may cause an instant low voltage shutdown.
This instantaneous drop in the battery voltage can cause some confusion, because after the shutdown, the heavy load is basically removed and the voltage rises immediately.
If you do run into problems, always check your connection, make sure your battery is fully charged and test the health of the battery.
Battery maintenance is critical to ensure longevity and High Peak daysto-Performance of the day
Cable, extreme temperature, liquid level and sulfuric acid structure with insufficient size-
Battery performance may be affected.
Without the right amount of battery preparation, an exciting inverter setup can quickly turn into a frustrating experience.
Hopefully you will now be able to get a better idea of how the battery works, specifically how the battery rating is applied to the inverter.
Sometimes you can also use your spare battery, and the key is to understand that what you really need is a spare battery.
I 've seen them and they want a spare battery for the whole house, but they usually consume 150 hours of energy a day.
This may not happen!
Small inverters may just be a real emergency to meet your needs!
Why can't you use the backup battery grid
Allows you to connect parallel systems during a power outage, is there power?
I understand that if your system is always mesmerized by it, there will certainly be difficulties due to excessive load power, but if you install an interrupt and then have your spare battery, when your system fails, there is no chance of overload for solar and grid panels.
Your system will not try to populate the entire grid as you will have to disconnect the enabled front panel.