My account 
My devices 
Help
Polska 
Solar Inverter Off Grid converter With MPPT Green Cell Solar Charger 48VDC 230VAC 3000VA/3000W Pure Sine Wave
- Green Cell solar inverter combines three devices: MPPT controller, inverter and battery charger , thanks to which it is able to provide continuous energy to your devices
- The built-in MPPT controller allows you to convert the energy obtained from solar panels into electricity with appropriate parameters needed to charge the batteries and power devices in your home.
- Intuitive and easy to use, the software provides comprehensive inverter management , providing a real-time view of all relevant charging parameters.
- The inverter, the brain of solar installations , is the perfect solution when you want to take care of the environment and save money by using renewable energy as a power source in your home.
No featured products
To add a comment, you must be logged in and have the purchased product.
Thanks for your review. It will soon be available on the product card.
Comment confirmed by purchase
The whole installation has not been commissioned yet, but today I had some time and put together a makeshift measuring station. But first things first:
The inverter arrived without damage (it was well packed). It gives the impression of a reasonably refined design (to what extent, it will become clear when it starts working for a longer time with a higher load).
It has robust current terminals for PV and 230V AC I/O. Battery connection - 25mm2/M8 cable lugs (tight, terminals in this size go into contact).
The rotational speed of the fans is smoothly adjustable, after take-off they work all the time increasing the speed with the increasing load (of course, the noise also increases). Airflow direction - downwards.
A few measurements:
After starting the inverter from the battery, current consumption is 1.3A at 53.4V (no-load inverter). I think there are inverters with similar power with lower b/o consumption.
Fans at low speed are quiet.
Example - charging the battery by a grid-powered inverter:
Battery charging current 24A at 54V
Current drawn from the mains 6.3A at 228V
Example - battery-powered inverter loaded with a resistive load:
Battery current and voltage: 20.9A / 51.7V
Load current and voltage on it 4.22A / 228V
Measuring current with a clamp meter (I don't know with what error).
Voltage measurement with a digital voltmeter.
I still managed to connect some of the photovoltaic cells - the inverter works correctly with the photovoltaic cells.
In the set I got two (1m each) sections of cable (they look like 25mm2) with pressed cable ends to connect the battery.
It remains to mention the manual in Polish with a detailed description of the inverter settings (very useful for start-up).
There is something wrong with posting reviews. Another attempt ended (I think) in failure.
Rating too high/too low?
On a five-point scale, I can easily give 4+.
Comment confirmed by purchase
So far, everything is fine, thank you were fast.worth ordering from here!
Comment confirmed by purchase
It charges quickly, works without failure, everything is fine. It is worth the investment because the results are very measurable;-) Both the structure and other elements have been carefully made.
Comment confirmed by purchase
I am very satisfied with the product high quality fast delivery and I would like to buy more of our products in the near future
Comment confirmed by purchase
Quick delivery!
Safe shopping!
30 day return policy!
Leader on the market!
99% of positive reviews!