Selecting the appropriate quantity of batteries for your solar inverter is a crucial decision. It determines how many devices you can power and how long your electricity supply will last. In this blog, we will understand how many batteries for 10000 watts inverter are needed, along with essential considerations before connecting your load to it.
How Many Batteries for 10000 Watt Inverter?
The number of batteries depends on the length of the backup and the input voltage that your inverter requires. Let’s assume a 10000 W solar system produces 40,000 watts daily and the battery voltage is 48 V battery. Thus, dividing the total watts by battery voltage will give you the required amperage, which is 40000/48 ≈ 833 amps
So, the 10000-watt inverter needs a 48V battery bank with at least 833 amps.
Thus, you can buy:
- three batteries with 300Ah 48V capacity,
- two batteries with 450Ah capacity, 4 units of 200Ah,
- or any combination as long as it is at least 833Ah.
The use of batteries depends on ampere per hour, a unit used to measure the flow of electricity for 1 hour. However, you will require 1666 amps if the battery voltage is 24 V. You can also make use of 12 V batteries. The ideal choice would be a 24 V battery with a 300 Ah capacity.
How Long will a 10000 Watt Inverter Run?
Usually, it depends on the battery power and the size of the load. A 10000 watt inverter running a 6500W load on 5 ×— 200Ah batteries is going to run for about 1.5 hours approximately.
Also See: How Long Can Tesla Powerwall Run AC?
What will a 10000 Watt Inverter Run?
A 10000 watt inverter can be used for various purposes. it can power a variety of items in your home like electric stoves, refrigerators, air conditioners, and well pumps.
In addition to this, it can power computers, television, and video game systems as well. A 10,000 W inverter can also power tools like drills and saws. Hence, a 10-kilowatt inverter is sufficient to take care of your household appliances.
Additionally, check out What Will a 750 Watt Inverter Run?
How Many Amps Does a 10000 Watt Inverter Draw?
After learning how many batteries for 10000 watt inverter, you might be curious to know the number of amps this inverter draws. Let’s say the inverter runs for an hour and the battery voltage is 48 V.
You can calculate it yourself by using this formula:
Watt (Power) = Volts (Voltage) ×— Amperes (Current).
Amperage = Watts/ Voltage = 10000/ 48 = 208.33 A.
Also See: How to Check If Inverter is Charging Battery
What to Keep in Mind Before Running a Load on the Inverter?
These are a few basics you need to know before you jump into calculations:
1. Inverter Efficiency Rate: Normally the inverter efficiency rate is around 85 to 95%. Using a 15% safety margin when determining the load capacity for your inverter is a mindful practice.
2. Wire Size: The size of the wire that connects the battery and inverter is one of the most crucial things to consider before running a load.
3. Surge Power: The surge power of your electronic and inverter should match otherwise there will be a hindrance.
Cross-Reference: Empower your home with Livguard strong Inverter Batteries
3 Tips to Keep an Inverter from Draining Battery
- Use a battery with high capacity: High-capacity battery supplies enough power to compensate for what the inverter consumes while working.
- Turn off the inverter when you are not using it to keep the power preserved.
- Avoid using thin cables: If a thin cable is used, only a small amount of power may reach the inverter. The outcome would be the inverter will drain the battery in the process of drawing power.
Determining the right number of batteries is an efficient step for a reliable backup system. Whether you are deciding to power up your house during an outage or looking for renewable options, understanding the battery system requirements will help you a lot in harnessing the full potential of your inverter.
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