DC/AC Inverters
MEAN WELL DC to AC inverters that turn 12 V, 24 V or 48 V battery power into 110 V or 230 V AC. The range covers the NTS, NTU and NTN series from about 200 W to 5000 W.

All products
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MEAN WELLModel ISI-501-224BDC-AC Inverter, 24 V DC to 230 V AC, 500 W
- Rated Output Power
- 500 W
- Output Waveform
- True sine wave (THD <3%)
Price on request -
MEAN WELLModel NTN-5K-224DC-AC Inverter, 24 V DC to 230 V AC, 5000 W
- Output Waveform
- True sine wave (THD <3%)
- Efficiency (typ.)
- 91% (inverter)
Price on requestNTN-5K series · 5 models -
MEAN WELLModel NTN-5K-224CANDC-AC Inverter, 24 V DC to 230 V AC, 5000 W
- Output Waveform
- True sine wave (THD <3%)
- Efficiency (typ.)
- 91% (inverter)
Price on requestNTN-5K series · 5 models -
MEAN WELLModel NTN-5K-2380DC-AC Inverter, 380 V DC to 230 V AC, 5000 W
- Output Waveform
- True sine wave (THD <3%)
- Efficiency (typ.)
- 94.5% (inverter)
Price on requestNTN-5K series · 5 models -
MEAN WELLModel NTN-5K-248DC-AC Inverter, 48 V DC to 230 V AC, 5000 W
- Output Waveform
- True sine wave (THD <3%)
- Efficiency (typ.)
- 93% (inverter)
Price on requestNTN-5K series · 5 models -
MEAN WELLModel NTN-5K-248CANDC-AC Inverter, 48 V DC to 230 V AC, 5000 W
- Output Waveform
- True sine wave (THD <3%)
- Efficiency (typ.)
- 93% (inverter)
Price on requestNTN-5K series · 5 models -
MEAN WELLModel NTS-1200-212UNDC-AC Inverter, 12 V DC to 230 V AC, 1200 W
- Rated Output Power
- 1200 W continuous
- Surge Power
- 2000 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1200 series · 5 models -
MEAN WELLModel NTS-1200-224EUDC-AC Inverter, 24 V DC to 230 V AC, 1200 W
- Rated Output Power
- 1200 W continuous
- Surge Power
- 2000 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1200 series · 5 models -
MEAN WELLModel NTS-1200-224UNDC-AC Inverter, 24 V DC to 230 V AC, 1200 W
- Rated Output Power
- 1200 W continuous
- Surge Power
- 2000 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1200 series · 5 models -
MEAN WELLModel NTS-1200-248UNDC-AC Inverter, 48 V DC to 230 V AC, 1200 W
- Rated Output Power
- 1200 W continuous
- Surge Power
- 2000 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1200 series · 5 models -
MEAN WELLModel NTS-1700-212UNDC-AC Inverter, 12 V DC to 230 V AC, 1700 W
- Rated Output Power
- 1700 W continuous
- Surge Power
- 3400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1700 series · 3 models -
MEAN WELLModel NTS-1700-224UNDC-AC Inverter, 24 V DC to 230 V AC, 1700 W
- Rated Output Power
- 1700 W continuous
- Surge Power
- 3400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1700 series · 3 models -
MEAN WELLModel NTS-1700-248UNDC-AC Inverter, 48 V DC to 230 V AC, 1700 W
- Rated Output Power
- 1700 W continuous
- Surge Power
- 3400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-1700 series · 3 models -
MEAN WELLModel NTS-2200-212UNDC-AC Inverter, 12 V DC to 230 V AC, 2200 W
- Rated Output Power
- 2200 W continuous
- Surge Power
- 4400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-2200 series · 3 models -
MEAN WELLModel NTS-2200-224UNDC-AC Inverter, 24 V DC to 230 V AC, 2200 W
- Rated Output Power
- 2200 W continuous
- Surge Power
- 4400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-2200 series · 3 models -
MEAN WELLModel NTS-2200-248UNDC-AC Inverter, 48 V DC to 230 V AC, 2200 W
- Rated Output Power
- 2200 W continuous
- Surge Power
- 4400 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-2200 series · 3 models -
MEAN WELLModel NTS-250P-124DC-AC Inverter, 24 V DC to 110 V AC, 250 W
- Rated Output Power
- 250 W continuous
- Surge Power
- 500 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-250P series · 5 models -
MEAN WELLModel NTS-250P-148DC-AC Inverter, 48 V DC to 110 V AC, 250 W
- Rated Output Power
- 250 W continuous
- Surge Power
- 500 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-250P series · 5 models -
MEAN WELLModel NTS-250P-212DC-AC Inverter, 12 V DC to 230 V AC, 250 W
- Rated Output Power
- 250 W continuous
- Surge Power
- 500 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-250P series · 5 models -
MEAN WELLModel NTS-250P-224DC-AC Inverter, 24 V DC to 230 V AC, 250 W
- Rated Output Power
- 250 W continuous
- Surge Power
- 500 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-250P series · 5 models -
MEAN WELLModel NTS-250P-248DC-AC Inverter, 48 V DC to 230 V AC, 250 W
- Rated Output Power
- 250 W continuous
- Surge Power
- 500 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-250P series · 5 models -
MEAN WELLModel NTS-300-212UNDC-AC Inverter, 12 V DC to 230 V AC, 300 W
- Rated Output Power
- 300 W continuous
- Surge Power
- 600 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-300 series · 4 models -
MEAN WELLModel NTS-300-224UNDC-AC Inverter, 24 V DC to 230 V AC, 300 W
- Rated Output Power
- 300 W continuous
- Surge Power
- 600 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-300 series · 4 models -
MEAN WELLModel NTS-300-248EUDC-AC Inverter, 48 V DC to 230 V AC, 300 W
- Rated Output Power
- 300 W continuous
- Surge Power
- 600 W for 30 cycles
- Output Waveform
- True sine wave (THD <3%)
Price on requestNTS-300 series · 4 models
Choosing a DC/AC inverter
- Battery voltage: 12 V, 24 V or 48 V DC input; a higher battery voltage draws less current for the same power.
- Continuous and surge power: size the continuous rating above the running load and check surge power for motors, pumps and compressors.
- Output: true sine wave at 230 V or 110 V, with voltage and 50 or 60 Hz set by DIP switch, on universal or EU sockets or PCB terminals.
- UPS and charging: some models add an AC bypass with a 10 ms transfer time, and some include an AC charger or MPPT solar charger.
Size the battery bank and its cables for the DC input current at full load, which exceeds 100 A on larger 12 V and 24 V models, and check that the low-battery shutdown point suits your battery. Use the RS-232, MODBus or CANBus port where the inverter must report to a monitoring system.
Need help choosing?
Tell us what it is for and where it goes, and we suggest models. Have a list of models and quantities? Request a quote.