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Rebecca CarterAug 20, 2025
Why is my INVT iMars BG20KTR showing AC overvoltage?
- SStacey ValentineAug 20, 2025
AC overvoltage in your INVT Inverter is due to high voltage from the public grid.
Why is my INVT iMars BG20KTR showing AC overvoltage?
AC overvoltage in your INVT Inverter is due to high voltage from the public grid.
Why is my INVT iMars BG20KTR showing AC undervoltage?
AC undervoltage in your INVT Inverter is caused by low voltage from the public grid.
What causes input overvoltage in INVT Inverter?
Input overvoltage in your INVT Inverter is due to DC input overvoltage.
What does output short-circuit mean on my INVT iMars BG20KTR Inverter?
Output short-circuit on your INVT Inverter means there is a short-circuit at the output.
What causes input overcurrent in my INVT iMars BG20KTR Inverter?
Input overcurrent in your INVT Inverter is due to DC input overcurrent.
What does AC overcurrent mean for INVT iMars BG20KTR Inverter?
AC overcurrent in your INVT Inverter indicates an internal AC overcurrent situation.
What causes AC overfrequency in INVT Inverter?
AC overfrequency in your INVT Inverter is due to high frequency from the public grid.
What causes AC underfrequency in INVT Inverter?
AC underfrequency in your INVT Inverter is due to low frequency from the public grid.
What does huge leakage current mean in my INVT Inverter?
A huge leakage current in the INVT Inverter indicates a substantial leakage current within the system or the inverter itself.
What does data consistency fault mean for INVT iMars BG20KTR Inverter?
A data consistency fault in your INVT Inverter indicates inconsistent grid voltage, frequency, leakage current, or AC/DC injection.
General| Model | iMars BG20KTR |
|---|---|
| Type | Grid-tied Inverter |
| Rated Power | 20000W |
| Max. DC Input Voltage | 1100V |
| Number of MPPTs | 2 |
| Nominal AC Output Power | 20000W |
| Max. AC Output Power | 22000W |
| Nominal AC Voltage | 400 V |
| Nominal Grid Frequency | 50 Hz / 60 Hz |
| Output Frequency | 50 Hz / 60 Hz |
| Max. AC Output Current | 32 A |
| Power Factor | >0.99 |
| THDi | <3% |
| Max Efficiency | 98.6% |
| MPPT Efficiency | 99.9% |
| Protection Degree | IP65 |
| Protection Level | IP65 |
| Operating Temperature Range | -25°C to +60°C |
| Operating Temperature | -25°C to +60°C |
| Humidity | 0-100% (non-condensing) |
| Input Voltage Range | 200 V - 1000 V |
| AC Voltage Range | 310 V - 480 V |
| Euro Efficiency | 98.2% |
| Cooling Method | Smart Cooling |
| Communication | RS485/Wi-Fi/GPRS/Ethernet |
Covers general safety rules for installation, operation, and maintenance to prevent hazards.
Details safety requirements and procedures for operating the inverter in a grid-tied configuration.
Outlines safety measures and procedures for performing maintenance and inspection on the inverter.
Describes the physical mounting process of the inverter onto the installation bracket.
Details the electrical connections, including DC and AC wiring, and safety precautions.
Lists essential checks to perform before powering on and operating the inverter.
Provides step-by-step instructions for starting and operating the inverter in grid-tied mode.
Provides instructions for routine daily maintenance and inspection of the inverter.
