6.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave

Place of Origin Guangdong, China
Nom de marque COENG
Certification CE, IEC
Model Number M (PV60-500VDC)6200-48PL
Minimum Order Quantity 1
Packaging Details Carton, pallet
Delivery Time 10-30working days
Payment Terms L/C, T/T, Western Union
Supply Ability 20000piece/month

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Détails sur le produit
Size 450*300*130mm Battery Voltage 48V
Input Voltage 230vac OEM Accept OEM
Inverter Type Hybrid Solar Inverter Output Type Single, Pure Sine Wave
Gross Weight 9.6kg
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48V hybrid solar inverter

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6.2KW MPPT solar inverter

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pure sine wave hybrid inverter

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Description de produit

48V Hybrid Solar Inverter off Grid 6200W Pure Sine Wave Single Phase Solar Inverter 6.2KVA 48V 6.2kw Solar Inverter with MPPT

 

Product Features.

1. Compatible work with lifepo4 battery
 

2. Paralleloperationupto 12 unitsin 1phase or 3phase
 

3. Direct Plug WlFlDongle Supported
 

4. Pure sine wave
 

5. Power factor 1.0
 

6. PVinput 500Vdc Max

 
7.Built-in MPPT 120A
 
8.Capable to work without battery
 
9.Detachabledustcoverforharshenvironment
 
10.WiFiremote monitoring optional
 
11.Support multiple output priority:UTL,SOL,SBU,SUB
 
12.EQ function to optimize battery performance and extend lifecycle
 
MODEL
M6200-48PL
Capacity
6.2KVA/6.2KW
Parallel Capability
YES,12 Units
Nominal Voltage
230VAC
Waveform
Pure Sine wave
Battery Voltage
48VDC
Solar Charger Type
MPPT
Max.PV Array Power
6500W
Max.Solar Charge Current
120A
Communication Interface
RS232/RS485
 

 

6.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 06.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 16.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 26.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 36.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 46.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 5

6.2KW 48V Hybrid Solar Inverter with MPPT Pure Sine Wave 6

Key Product Selling Points

  1. High Efficiency & Power Capacity

    • 6.2KW/6.2KVA output with 94% peak efficiency and 12,400VA surge power.
    • Pure sine wave output ensures compatibility with sensitive electronics (e.g., PCs, medical devices).
  2. Advanced Battery Compatibility

    • Supports LiFePO4 batteries with RS485 communication for smart management.
    • EQ function optimizes battery performance and extends lifespan.
    • Flexible activation: Batteries can be activated via PV or utility power.
  3. Robust Solar Integration

    • MPPT Solar Charger (120A max): Maximizes solar energy harvest.
    • Wide PV Input Range: 60–450VDC MPPT range, up to 500VDC open-circuit voltage.
    • 6.5KW max PV array power supports large solar installations.
  4. Grid Independence & Flexibility

    • Operates without batteries (ideal for grid-tied backup).
    • Multiple Output Priorities: UTL (Utility), SOL (Solar), SBU (Solar/Battery/Utility), SUB (Solar/Utility/Battery).
    • Fast transfer time: 10ms (for PCs) / 20ms (for appliances).
  5. Scalability & Parallel Operation

    • Supports up to 12 units in parallel for 1-phase or 3-phase systems, enabling large-scale deployments.
  6. Smart Monitoring & Durability

    • WiFi dongle support for remote monitoring (optional).
    • Detachable dust cover for harsh environments.
    • Wide operating temperature (-10°C to 50°C) and humidity tolerance (5–95% non-condensing).
  7. Safety & Reliability

    • Overload protection (140% load for 5s; 110–140% for 10s).
    • Overcharge protection (63VDC) and CC/CV charging.

Target Regions/Countries

  1. Areas with Unstable Grids:

    • Africa (e.g., South Africa, Nigeria), South Asia (India, Pakistan), and Southeast Asia (Philippines, Indonesia) where frequent power outages occur.
    • Why: Battery backup and solar compatibility ensure uninterrupted power.
  2. High Solar Potential Regions:

    • Middle East (Saudi Arabia, UAE), Australia, and Southern Europe (Spain, Italy).
    • Why: High PV input (500VDC) and MPPT efficiency maximize solar energy use.
  3. Remote/Off-Grid Communities:

    • Rural areas in Latin America (Brazil, Mexico), Pacific Islands, and mountainous regions (e.g., Nepal).
    • Why: Operates without grid dependency; supports LiFePO4 batteries for long-term storage.
  4. Extreme Climate Zones:

    • Arid deserts (e.g., Sahara, Australian Outback) and tropical regions (Southeast Asia, Caribbean).
    • Why: Dust-resistant design and wide temperature/humidity tolerance ensure reliability.
  5. Markets with High Electricity Costs:

    • Europe (Germany, UK), California (USA), and Japan.
    • Why: Solar self-consumption reduces grid reliance and energy bills.

Summary

The M6200-48L is ideal for:

  • Residential/commercial users seeking energy independence.
  • Off-grid or hybrid systems in sunny, remote, or grid-unstable regions.
  • Sustainable projects prioritizing LiFePO4 batteries and high solar efficiency.