4.4 Discharging
The operation time of AC60 is subject to many factors, such as ambient temperature,
discharge rate, battery capacity, altitude, load characteristics, etc.
4.4.1.AC Output
AC60 has 2 AC output ports, providing a total of up to 600W AC power. It can also handle
a surge of 1200W.
4.4.2.DC Output
•
12V/10A cigarette lighter port
• USB-C (PD 100W)
• USB-A (*2 5V/3A in total)
• Wireless charging pad (15W Max.)
4.4.3.Estimated Operation Time
Depending on the connected power loads, there are two different ways to calculate the
operation time of AC60 or AC60+B80.
• If the AC60 is applied to a high power load, such as a 650W coffee maker.
Operation time (estimated) = Battery capacity (Wh) × DoD × η ÷ (load power)
• If applied to a small power load like a 40W refrigerator.
Operation time (estimated) = Battery capacity (Wh) × DoD × η ÷ (load power+self-con-
sumption of AC60)
Note:
1)The self-consumption of AC60 is about 10W.
2)Load power and operation time are measured in watts and hours.
3)DoD refers to depth of discharge. AC60 works at 90% DoD for longer battery life. η is the
conversion efficiency of the inverter, which is larger than 85% for AC60.
E.g. If you have a combo of AC60+2*B80, you’ll get a maximum capacity of 2015Wh to run
your 40W refrigerator for about 30 hours.
Operation time = 2015Wh x 90% x 85% ÷ (40W+10W) ≈30 hours.
Note: Low temperature and excessive loads could greatly impact the battery capacity
and reduces its normal operation time.
JUST POWER ON 17
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