Name: 6.2KW Off Grid Inverter 120A MPPT Charger Parallel 3 Phase With WiFi - Easunpower
Brand: EASUN POWER TECHNOLOGY CORP LIMITED
SKU: ISolar-SMG-II-6.2KP-wifi
Price: 315.0 EUR
Availability: InStock

6.2KW Off Grid Inverter 120A MPPT Charger Parallel 3 Phase With WiFi - Easunpower

€315,00 - €315,00

€315,00

€315,00 - €315,00

€315,00

⚡ EU Warehouse 🚛 Free Shipping 🏷️ Duty-Free & 0% VAT

✅ Engineered for Performance & Safety

6200W pure sine wave inverter — efficiently converts 48V DC to 220–230V AC
Supports PV input up to 500V DC — ideal for large solar installations
Battery-free operation — no maintenance, no replacement costs
Parallel operation of up to 12 units — for single-phase or three-phase systems
Comprehensive protection against undervoltage, overvoltage, overload, overheating & short circuits
User-friendly LCD display with real-time status monitoring
RS485 & optional WiFi for remote monitoring via app or PC
24/7 technical support & online customer service

Quantity

🚚Free Shipping

Free standard shipping on all orders
3-7 business days delivery

🛡️3 Years Warranty

Backed up by technical support within 24hrs.

🔄Free Returns

30 Days Hassle Free Returns.

User Manual

SMG-II-6.2KP

⚡ Intuitive Monitoring & Smart Control

Take full command of your home or off-grid energy system with a clear, easy-to-use LCD display that gives you all key system data at a glance — and lets you customize settings in just seconds.

With WiFi/GPRS connectivity, you can enjoy real-time monitoring, instant alerts, and full remote control via the mobile app — keeping your power system running smoothly no matter where you are.

Built-in RS232/RS485 communication ports ensure seamless BMS integration with external lithium batteries, enabling a smarter, safer, and more efficient energy management system for your home or business.

High-Efficiency MPPT Solar Charging

Unlock the full potential of your solar panels with advanced Maximum Power Point Tracking (MPPT) technology — designed to capture every ray of sunlight and convert it into usable energy with maximum efficiency.

Even under changing weather conditions or challenging environments, the MPPT controller automatically adjusts to the optimal operating point, ensuring a stable and reliable energy yield for your off-grid or hybrid power system.

Ultra-Low Self-Consumption < 10 W

Benefit from ultra-low standby power consumption of less than 10 W, helping you cut electricity costs and minimize energy waste during idle or low-load conditions.

This ensures maximum system efficiency — an ideal solution for off-grid and hybrid solar power systems where every watt counts.

3-in-1 Design — Saves Nearly 50% Space

Say goodbye to messy cables! The EASUN POWER all-in-one inverter combines an MPPT solar charge controller, inverter, and battery charger into one compact unit — saving space, simplifying installation, and keeping your solar setup clean and organized.

Build Your Solar System with the EASUN POWER 6200W Inverter

The EASUN 48V 6200W solar inverter combines solar input, grid power, and battery charging in one powerful unit — making it easy to build a reliable and efficient home energy system that supports both off-grid and hybrid power setups.

Versatile Applications

Whether for your home, mobile coffee truck, workshop, agricultural site, or backup power system, the EASUN POWER inverter delivers reliable energy wherever you need it.

Frequently asked questions

Our dedicated team of engineers and inverter specialists is available by phone to answer your questions and make the switch to advanced inverters as simple as possible.

We’re happy to help you understand how our inverters work and how to integrate them seamlessly into your solar power system—tailored to your specific needs.

❓ Can’t find the answer you’re looking for in our FAQs?
💬 WhatsApp: +86 185 8820 5592
📧 Email: sales@easunpower.com

1. How do I configure BMS communication with lithium batteries?

EASUN SMG II 6.2KP supports RS485 communication with a variety of BMS systems such as Pylontech, JK, Jikong, and Daly.
Pylontech BMS: Select battery type “Li2” in the inverter menu and set BMS to “PylonRS485”.
Daly BMS: Some users report success using “Li4” and setting Daly BMS to "Growatt" protocol.
JK BMS: It is recommended to use “Li2” and ensure correct wiring.
Note: Wiring methods may vary depending on the BMS brand. Please refer to the connection diagrams or consult technical support.

2. How do I know If this inverter is compatible with my solar panels ?

According to the inverter's specification table, the max solar input current is 127, which means MPPT can handle a maximum of 27A.
The optimal voltage range for the MPPT is 380–430V, and it should not exceed 450V.

Based on this information, when you review the specifications of your solar panels, you should ensure that—whether connected in series or parallel—the total voltage or current connected to each MPPT input does not exceed these limits.

3. What is the minimum PV voltage required to start the inverter?

The MPPT controller requires at least 120VDC PV input to start, but a recommended input of 250VDC or higher is suggested to ensure stable power output under load.

4. How can I fix the issue of the LCD screen flickering?

Some users have reported flickering on the inverter's display.
A common solution is to connect an X2-class capacitor in parallel between PV+ and PV- to stabilize voltage fluctuations.
⚠️ This operation requires electrical knowledge. Please consult a professional.

5. Does the inverter support parallel operation?

Yes, the EASUN SMG II 6.2KP supports parallel connection.
If you get 3 pcs of it ,you can set them in 3 phase

6. How does the WiFi monitoring work?

The inverter has a built-in WiFi module and can be monitored via a mobile app.
Download the recommended monitoring app and follow the instructions in the user manual.
Note: Data updates from the WiFi module may occur at 5-minute intervals.

7. Can the inverter run without a battery?

Yes, EASUN SMG II 6.2KP supports batteryless operation.
In this mode, the inverter uses PV input directly to power loads. However, it is recommended to carefully evaluate power stability and load demands when designing your system.