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48V 6200W Single Phase Inverter MPPT Solar Charging 120A Support Lithium Battery Activation

Product Details

Place of Origin: China

Brand Name: 1stess

Certification: CE, IEC

Model Number: EM-T (PV60-500VDC) EM6200T-48L

Document: EM6200T-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 6200W solar inverter

,

MPPT solar charging inverter

,

lithium battery activation inverter

Charging Mode:
MPPT
Operating Temperature:
-10°C To 50°C
Inverter Type:
Hybrid Solar Inverter
Frequency:
50Hz/60Hz
Output Voltage:
48VDC
Size:
438*312*122mm
Charging Mode:
MPPT
Operating Temperature:
-10°C To 50°C
Inverter Type:
Hybrid Solar Inverter
Frequency:
50Hz/60Hz
Output Voltage:
48VDC
Size:
438*312*122mm
Description
48V 6200W Single Phase Inverter MPPT Solar Charging 120A Support Lithium Battery Activation
48V 6200W Single Phase Inverter with MPPT Solar Charging
Key Advantages
  • High-power single-phase output - Up to 6200VA/6200W, suitable for residential and light commercial use
  • Dual independent outputs - Separately powers personal computers (10ms transfer) and home appliances (20ms transfer) for optimized protection
  • Wide PV voltage range - MPPT operating range 60-500 VDC, max open-circuit voltage 500 VDC, flexible for various solar panel configurations
  • High charging current - Solar charge up to 120A, AC charge up to 80A, combined max 120A for fast battery replenishment
  • Lithium battery ready - Supports lithium battery activation (via PV or utility) and RS485 communication for BMS integration
  • Broad AC input tolerance - Accepts 90-280 VAC (home appliance mode) to cope with unstable grids
  • Pure sine wave output - Safe for sensitive electronics and motor-driven appliances
  • High efficiency - Peak efficiency 94%, reducing energy loss
Technical Specifications
Feature Specification
Model EM6200T-48L
Phase 1-phase in / 1-phase out
Rated output voltage 220/230 VAC ±5%
Frequency 50/60 Hz auto-sensing
Battery voltage 48 VDC
Float charge voltage 54 VDC
Max PV input power 6500W
Max PV open-circuit voltage 500 VDC
Max solar charge current 120A
Max AC charge current 80A
Communication ports RS485 (RJ45) / RS232 (DB9)
Operating temperature -10°C to +50°C
Dimensions 438 x 312 x 122 mm
Advanced Features
  • Dual output for smart load management
  • Lithium battery activation function by PV or utility
  • Compatible with LiFePO4 battery via RS485 communication
  • Built-in MPPT 120A solar charge controller
  • Capable of operating without battery
  • Detachable dust cover for harsh environments
  • Optional WiFi remote monitoring
  • Multiple output priority support: UTL, SOL, SBU, SUB
  • EQ function to optimize battery performance and extend lifecycle
EM6200T-48L Inverter front view showing display and controls
Inverter side view showing ventilation and connection ports
Close-up of inverter communication and terminal connections
Inverter installation diagram and specifications label
From Monthly Bill Shock to Energy Freedom: How One Malaysian Family Took Control of Their Power
For Encik Razak bin Ismail and his family, life in Petaling Jaya had always been comfortable—until the electricity bills started arriving. Every month, the numbers climbed higher. Every month, the dread grew deeper.
"Opening my TNB bill became a family ritual of anxiety," Razak recalls. "We'd brace ourselves for anywhere between RM450 and RM700 per month. And it just kept climbing."
The financial strain was compounded by power outages that disrupted Razak's home-based graphic design studio. After losing a critical client during a blackout, Razak decided to take control of his energy future.
Razak discovered a solar solution that addressed every challenge his household faced. The system's dual AC outputs allowed him to prioritize essential equipment, while pure sine wave output protected his sensitive electronics. Lithium battery compatibility and the ability to activate batteries using solar or utility power provided reliable backup during outages.
The results were dramatic. Razak's electricity bills dropped by 80%, with some months showing credits due to energy exports. During subsequent grid outages, his household remained fully powered while neighbors sat in darkness.
"Energy independence is not just about saving money," Razak reflects. "It's about resilience. It's about not being at the mercy of the grid or the utility companies. It's about taking control of your future."
Residential solar installation showing inverter and battery setup
Home energy monitoring display showing power generation and consumption
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