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48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max

Product Details

Place of Origin: China

Brand Name: 1stess

Certification: CE, IEC

Model Number: M (PV60-500VDC) 6200-48PL

Document: M6200-48L.pdf

Payment & Shipping Terms

Minimum Order Quantity: 1 piece

Price: To be negotiated

Packaging Details: carton box

Delivery Time: 30 days

Payment Terms: L/C,T/T

Supply Ability: 2000 pieces per month

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Specifications
Highlight:

48V hybrid solar inverter with MPPT

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6.2kW off grid inverter pure sine wave

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500Vdc wide PV input solar inverter

Charging Mode:
MPPT
Operating Temperature:
-10°C To 55°C
Inverter Type:
Off Grid Inverter
Frequency:
50Hz/60Hz
Nominal Output Voltage:
230VAC
Communication Interface:
RS232+RS485
Acceptable Input Voltage Range:
170-280VAC(For Personal Computer);90-280vac(For Home Appliances)
Size:
450*300*130mm
Waveform:
Pure Sine Wave
Output Current:
120A
Weight:
9.6kg
Charging Mode:
MPPT
Operating Temperature:
-10°C To 55°C
Inverter Type:
Off Grid Inverter
Frequency:
50Hz/60Hz
Nominal Output Voltage:
230VAC
Communication Interface:
RS232+RS485
Acceptable Input Voltage Range:
170-280VAC(For Personal Computer);90-280vac(For Home Appliances)
Size:
450*300*130mm
Waveform:
Pure Sine Wave
Output Current:
120A
Weight:
9.6kg
Description
48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max
48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max
Key Features
  • Compatible with LiFePO4 batteries
  • Parallel operation up to 12 units in 1-phase or 3-phase configuration
  • Direct plug WiFi dongle supported
  • Pure sine wave output
  • Power factor 1.0
  • PV input 500Vdc maximum
  • Built-in MPPT 120A
  • Capable of operating without battery
  • Detachable dust cover for harsh environments
  • WiFi remote monitoring (optional)
  • Multiple output priority modes: UTL, SOL, SBU, SUB
  • EQ function to optimize battery performance and extend lifecycle
Technical Specifications
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
Product Images
48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 0 48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 1 48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 2 48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 3 48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 4 48V Off Grid Single Phase Hybrid Solar Inverter 6.2kw Pure Sine Wave with MPPT and Wide PV Input 500Vdc Max 5
Regional Applications
Pakistan: With frequent grid outages and a growing commercial sector, the parallel feature allows businesses to scale their backup power seamlessly. The generator connection ensures continuous operation during extended blackouts, vital for factories and hospitals.
Indonesia: For sprawling island resorts and remote plantations, creating 3-phase power via paralleled units is essential. The high solar charge current (120A) and MPPT up to 450VDC efficiently harness tropical sun, reducing diesel generator dependence.
Philippines: After typhoons, decentralized power is key. Communities can start with a single unit and parallel up to 12 as needs grow. The detachable dust cover protects against volcanic ash and storm debris.
Vietnam: For small and medium-sized workshops, the ability to create a custom power bank through paralleling supports machinery startups (high crest factor 3:1). Lithium battery activation via PV simplifies setup in new industrial zones.
Myanmar: In areas with underdeveloped grids, the "No Battery Mode" allows immediate use of solar power when the grid fails, providing a critical, low-initial-cost solution for rural electrification.
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