1500 Watt UPS Power Inverter, 12VDC to 220VAC

● Steady UPS power inverter with 1500W power. ● Fast charging, conversion efficiency up to 95%. ● Multiple input and output voltage specifications available. ● Safe and stable, can be used both indoor and outdoor.
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⏱️ Delivery: 6-12 days
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This pure sine wave UPS inverter is here to meet all your emergency power needs. It has a rated power of 1500W and a peak power of 3000W, with a variety of optional parameters, including input voltage 12/24/48V, output voltage 110/220V, frequency 50/60Hz, and it's compatible with most electronic devices. This inverter is super easy to use! It has a simple operation panel, clear data display, and one-key control of the switching power supply. Installation and operation are simple, and it's safer for the environment. It's also compact, lightweight, and easy to carry outside. Plus, this inverter supports fast switching between battery and utility power, so your equipment always has power available. 

1500W UPS power inverter feature


  • Surface of the shell is sandblasted and oxidized, sturdy and durable, with better heat dissipation.
  • With three charging modes of constant current, constant voltage and float charging, it supports intelligent switching and will not damage the battery.
  • Powerful performance brings 90%~95% high conversion efficiency, reduces conversion loss and maintains stable performance.
  • Nine intelligent safety protection from overcharging, over-discharging and overheating.
  • High-quality fan with ball structure, long life, high speed and low noise, help to dissipate heat quickly.


  1. Power Indicator
  2. Output Socket
  3. LCD Display
  4. On/Off Switch
  5. USB Output
1500W UPS power inverter details

1500W UPS Power Inverter Size (unit: mm)

1500W UPS power inverter size

UPS Power Inverter Connection

1500W UPS power inverter connection

Installation Precautions: The 48V and 24V UPS power inverters are connected similarly, but the batteries are connected in series.

Rated Power 1500W
Peak Power 3000W
Input Voltage DC 12V/24V/48V(optional)
Output Voltage 110 VAC/220 VAC ±5% (optional)
Unload Current Less Than 12V: 0.8A; 24V: 0.4A; 48V: 0.2A
Output Frequency 50Hz±0.5Hz/60Hz±0.5Hz
Output Waveform Pure sine wave
Waveform Distortion THD<3%(Linear load)
USB Port 12V/24V: QC3.0; 48V: /
Max.Efficiency 12V/24V: 90%; 48V: 92%
Charging Current 12V: 20A; 24V: 10A; 48V: 5A
Input Voltage Range 12V: 10-15.5V; 24V: 20-31V; 48V: 40-61V
Low Voltage Alarm 12V: 10.5±0.5V; 24V: 21±0.5V; 48V: 42±1V
Low Voltage Protection 12V: 10±0.5V; 24V: 20±0.5V; 48V: 40±15V
Over Voltage Protection 12V: 15.5±0.5V; 24V: 31±0.5V; 48V: 61±1V
Low Voltage Recover 12V: 12.3±0.5V; 24V: 24±0.5V; 48V: 48±1V
Over Voltage Recover 12V: 14.8V±0.5V; 24V: 29.5V±0.5V; 48V: 59V±1V
Low Voltage Alarm at first, voltage continuously reduce. LED Red light on & shut down
Over Voltage LED Red light on, shut down
Over Load LED Red light on, shut down
Over Temperature Alam at frst, tempurature continuously rise. LED Red light on & shut down
Short Circuit LED Red light on
Input Reverse Polarity Fuse burn-out
Working Temperature -10℃~+50℃
Storage Temperature -30℃~+70℃
Dimension 395*180*80mm
Net weight 3950g
Warranty 2 years
Cooling Method Intelligent air cooling
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Q1: What is the difference between rated power and peak power of 1500W UPS power inverter?

Rated power refers to the power that the inverter can continuously output under steady state operation, while peak output power refers to the maximum power that can be output at startup or for a short period of time. Typically, the starting load of an appliance or power tool determines the capability of a power inverter.

Q2: Why does the efficiency of this power inverter change with the input voltage?

This 1500W UPS power inverter has several input voltage options to choose from, the 12V version of the inverter has a conversion efficiency of 90% while the 48V version has a conversion efficiency of 95%. At low input voltages, the inverter may require more voltage regulation to stabilize the output voltage, which can increase switching losses and other forms of power loss, thus reducing efficiency. At high input voltages, these losses may be reduced because the circuit can be designed more simply and components can operate closer to their optimum efficiency.

When purchasing an inverter, you should consider your application requirements and expected input voltage to ensure that you select the best inverter for your application scenario.

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