6kW Off Grid Solar Inverter, with 80A MPPT

● 6kW off-grid solar inverter 48VDC-220VAC for sale. Inverse control all-in-one with 80A MPPT controller. ● Suitable for lead-acid and lithium batteries, overcurrent/open circuit protection. ● Pure sine wave output to meet various loads. 98% peak efficiency, high PV voltage input. ● For use in remote or unstable areas without grid access to provide sufficient power to support a wide range of domestic and commercial appliances.
🚚 Free shipping
⏱️ Delivery: 6-12 days
🔙 30-day Returns

This 6kW off-grid solar inverter, 48VDC to 220VAC with high efficiency MPPT controller is designed to be compatible with lead-acid or lithium batteries for remote areas with no or unstable grid access. The inverter has a high efficiency of over 90% and an MPPT controller efficiency of over 96.5% to ensure maximum power conversion. The output is pure sine wave, adapting to various loads. Additionally, off grid pv inverter utilizes an industrial frequency transformer isolation method to effectively prevent interference and overload, enhancing system stability.

6kw solar inverter feature


  • 6KW reverse control integrated machine: self-contained MPPT controller, LED/LED-LOD display
  • Optimized solution for PV charge controller and inverter integration with dual MCU design
  • Pure sine wave output to meet all kinds of loads
  • Toroidal transformers against interference and overload
  • Clearly functioning control panel


  1. LED indicator
  2. Liquid crystal display
  3. Function key
  4. Negative connector
  5. Positive connector
  6. Photovoltaic input
  7. AC input
  8. AC output
6kW solar inverter details

Solar System Wiring Methods

Solar system wiring methods

Rated Power 6kW
Battery Voltage 48VDC
Battery Overdischarge Protection Voltage 42VDC
Battery Type Lead-acid or lithium batteries
Utility Input Phase Single phase + G
Utility Input Voltage AC220V/230V+15%
Utility Input Frequency 50Hz/60Hz±5%
Mains Charging Current 30A(Max)
MPPT Controller Number of Input PV Panel Paths 1
MPPT Controller Input Voltage Range DC60-230V
MPPT Controller Recommended Working Voltage 144VDC
MPPT Controller Recommended Working Voltage 230VDC
MPPT Controller Maximum Open Circuit Voltage 80A
MPPT Controller Equalizing Voltage 56.8V/48V
MPPT Controller Constant Charge Voltage 56V/48V
MPPT Controller Float Charge Voltage 54V/48V
MPPT Controller Efficiency >96.5%
Inverter AC Output 230VAC +5%
Inverter Output Frequency 50Hz/60Hz +1%
Output Waveforms Pure sine wave
Inverter Efficiency >90%
Inverter Output Overcut Capability 101%~120%/30s; >125%300ms
Inverter Output Protective Function Battery over-voltage protection, battery under-voltage protection, overload protection short-circuit protection, over-temperature protection, etc.
Inverter Output Cutoff Time 10ms
Isolation Method Industrial frequency transformer
Operating Temperature 0~40℃
Storage Temperature -40~+70°C
Relative Humidity 0~90% (non-condensing)
Size 566.5mm*193mm*384mm
Net Weight 41.5kG
Gross Weight 44.5kG
Off grid inverter for home

Off Grid Inverter for Home

Off grid inverter for outdoor

Off Grid Inverter for Outdoor

Flour mill

Flour Mill

Underground coal mine

Underground Coal Mine


Q1. Can this 6kW inverter run large appliances?

A 6kW off-grid solar inverter can indeed run large appliances, provided their total power consumption does not exceed the inverter's capacity of 6000 watts of continuous output. It's crucial to consider both the running and starting power requirements of your appliances. For example, residential air conditioners may require between 2000 to 5000 watts, electric stoves typically range from 1500 to 3000 watts, washing machines use around 500 to 1000 watts, and electric dryers can demand from 2000 to 6000 watts. Additionally, ensure that the inverter can handle the surge power needed to start these appliances, as this is often higher than the power required to keep them running.

Q2. What is the purpose of a 6kW Off-Grid Solar Inverter?

The purpose of a 6kW off-grid solar inverter is to convert direct current (DC) power from a solar panel system or battery storage into alternating current (AC) power that can be used to operate household appliances and other electrical devices.

0.0 0
Write your own review Close