Solar Inverter IVP – Series

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. 


1. Built-in AC charger and MPPT solar charge controller( optional ).

2. Built-in battery reverse polarity protection.

3. Adjustable charge current and output frequency.

4. RS-232 communication interface.

5. Generator has function of automatic control on and off.

6. Full function LCD and LED display.

7. AC input and output protection switch.

8. Build in battery temperature compensation interface.

9. Automatic AC and PV charger after shutdown.

10.Low frequency high reliable pure sine wave circuit architecture.

11. Optional 8 types of batteries, three-stage inteligent charger.


Product Parameter

  Line Mode Specification     
   Model SV-IVP1512-1500VASV-IVP3524-3500VASV-IVP5048-5000VASV-IVP7548-7500VASV-IVP10048-10000VA
 Input Voltage WaveformPure Sine Wave (Utility or Generator)
Nominal Input Voltage110V-120V / 220V- 240V
Max AC Input Voltage140V / 270V
Nominal Input Frequency50Hz / 60Hz (Auto detection)
  Output Voltage WaveformAs same as input waveform
Inverter Mode Specification
Model SV-IVP1512-1500VASV-IVP3524-3500VASV-IVP5048-5000VASV-IVP7548-7500VASV-IVP10048-10000VA
Output Voltage WaveformPure Sine Wave
Rated Output Power 1500VA3500VA5000VA7500VA10000VA
Nominal Output Voltage 110V-120V / 220V- 240V ± 10%
Nominal Output Frequency50Hz / 60Hz ±0.3Hz
Nominal Efficience80%
Capable of starting electric motor1HP2HP3HP
Nominal DC Input Voltage12V24V48V
Charge Mode Specification
MAX Charge Current35A30A40A50A
Charge Current RegulationCharge current adjustable: 25%, 50%, 75%, 100%(Optional)
Battery Type SelectionSelect the right type of battery to charge (e.g: GEL, AGM, Open lead acid, Sealed lead acid, etc )
Charge AlgorithmThree stage: Boost CC (constant current stage)—Boost CV (constant voltage stage)—Float(contact voltage stage)