AC Solar Pump Inverter

Hybrid Solar Pump Inverter 63kW

JNP63KH-V5

Product Introduction

This product hybrid solar pump inverter is specially designed for small field irrigation,drinking water in small towns pump system,using hybrid design with solar and utility/DG Energy online complementation.

Product Features

  • Strong Overload Capacity: Capable of driving three-phase AC water pumps with equivalent power

  • Maximum Power Point Tracking (MPPT) Technology: Efficiency greater than 99%

  • Wide MPPT Input Voltage Range: 460VDC to 850 VDC, ensuring optimal performance across varying condi- tions.

  • Operating Temperature Range: -25°C to 60°C; power derating above 60°C for enhanced safety and longevity.

Technical Specifications

JNP63KH-V5
  • MODEL JNP63KH-V5
    PV Input  
    D.C. Max. Input Voltage 880V
    Recommended MPPT Voltage 460-850V
    D.C. Max. input Current 140A
    Max. MPPT Efficiency >99%
    Number of String 1
    A.c. Input  
    Voltage 360-460Vac, 3PH
    Frequency 50Hz/60Hz (±3%)
    A.c. Output  
    Max. Motor Output Power 63kW
    Rated Output Voltage 380-460Vac (3PH)
    Output Frequency Range 0-50/60Hz
    Rated Output Current 119A
    System  
    Protection Level IP66
    Operating Temperature -25-60 ℃
    Cooling Way Force cooling
    Display LED/LCD
    Communication RS485,GPRS
    Altitude 3000m,above 3000m need derate operating
    Noise Emission <50dB
    Compliance EN 50178; IEC/EN 62109-1;IEC61800
    Dimension(W/D/Hmm) 460/260/715 mm
    Weight(kg) 35 kg

Description

Hybrid Solar Pump Inverter For Irrigation


Solar-Powered: Uses solar energy, reducing reliance on grid electricity and fuel, offering a sustainable water supply solution.

MPPT Technology: Optimizes solar power output in real-time, ensuring maximum efficiency even with fluctuating sunlight.

High Efficiency: Converts DC to AC power with minimal energy loss, enhancing overall system performance.

Durable and Reliable: Built to withstand harsh outdoor conditions, ensuring long-term performance in remote locations.

Cost-Effective: Significantly lowers operational costs by using free solar energy, reducing the need for costly grid or fuel-based power.

Scalable: Easily adaptable to various water pumping needs, from small farms to larger agricultural operations.