500V PV INPUT 5000W Hybrid Inverter With MPPT 100A Inbuilt

Felicitysolar brand new model Hybrid inverter for solar home system supply. Power: 5000va(5kva/5kw) with MPPT 100A controller inbuilt. Transit voltage from DC 48V to AC 220V

FEATURES

• Automatically transfer between battery and line mode
• High reliability Microprocessor control
• Remote control and BTS terminal
• Intelligent charging control
• Bypass with AVR function (optional)
• Maximum charging current to 85A (depend on capacity and battery voltage )
• SNMP card and RS232 communication (optional)
• Input voltage range and battery voltage protect can setting through DIP switch
• Battery type and charge current can be adjusted
• Charge and output priority setting through front button
• • Model - IVEM5048
  • Rated power - 5KVA/5000W
  • Input Voltage - 230V
  • Selectable Voltage Range - 170-280 VAC ( ) 90-280 VAC ( Appliances )
  • Frequency Range - 50 Hz/60 Hz (Auto sensing)
  • Battery Voltage - 48VDC
  • Output AC Voltage Regulation - 230VAC ¬± 5%
  • Efficiency(Peak) - >95% ( Rated R load, battery full charged )
  • Transfer time - 10ms typical (UPS); 20ms typical (Appliances)
  • Waveform - Pure sine wave

  SOLAR CHARGER&AC CHARGER

  • Maximum Solar Charge Current - 100A
  • Maximum AC Charge Current - 100A
  • Maximum Charge Current - 100A
  • Rated Power - 6000W
  • • Max. PV Circuit Voltage - 500Vdc max
    • PV MPPT Volt Range - 120~500Vdc
    • Min. Battery Volt for PV Charge - 48Vdc

    OPERATING ENVIRONMENT

    • Storage Temperature 0¬∞C - 55¬∞C
    • Humidity -15¬∞C - 60¬∞C

    PHYSICAL

    • Dimension - 415 x 320 x 129
    • Net Weight - 13.2KG
  
  
  

 

Shop and buy the quality home and outdoor appliances from Zit Electronics Online Store at the best and cheapest prices in Nigeria and get it in Lagos within 24 hours.

Solar inverter, or converter, or PV inverter converts the variable DC output of a photovoltaic (PV) solar panel into a utility frequency alternating current (AC) that can be off-grid electrical network. It is a critical balance of system–component in a solar power system, allowing the use of ordinary AC-powered equipment.