Appx. 1 Estimating Operation Time
To estimate the operation time of the AC200P L, consider the load you're applying:
Operation time = Battery Capacity (Wh) x DoD x η ÷ (Load Power + AC200P L Self-con-
sumption)
Note: DoD refers to the depth of discharge. AC200P L works at 95% DoD for longer battery life.
η is the conversion efficiency of the inverter, typically over 93% for AC200P L.
The self-consumption of AC200P L is approximately 12W.
E.g. If you have a 40W refrigerator, you can run it for about 39.1 hours.
Operation time = 2,304Wh × 95% × 93% ÷ (40W + 12W) ≈ 39.1 hours.
Please keep in mind that the estimated operation time provided is for reference
purposes and may vary based on actual usage conditions. Factors such as low
temperature and excessive loads can significantly affect the battery capacity, leading to
a reduction in the average operation time.
Appx. 2 FAQ
How do I know whether my devices will work well with this product?
Q1:
A:
Please evaluate the total constant load of your devices. If it doesn't exceed the Max.
output power of AC200P L (2,400W), you can use this power station to run your
devices.
Note: Some devices with built-in motors or compressors may start at 2-4 times the
rated power, which can easily overload the AC200P L.
Q2:
Can I use third-party solar panels to charge this product?
A:
Yes, you can. However, make sure your solar panels have an open circuit voltage of
12V-145V and are equipped with MC4 connectors. It's also important not to mix
different types of solar panels.
Q3:
Can it charge and discharge at the same time?
A:
Yes. It supports pass-through charging. The AC200P L comes with the premium
LiFePO battery and proprietary Battery Management System to ensure that it can
charge and discharge at the same time.
Q4:
Why is the charging power often too low?
A:
AC200P L has a built-in intelligent BMS that automatically adjusts the charging
power in response to the battery temperature and SoC, thus protecting the battery
and extending its service life.
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