AC Solar Pump Inverter

Hybrid Solar Pump System 2.2kw~7.5kW For Irrigation

JNP2K2H-V5

Product Introduction

The JNtech photovoltaic water pumping system uses solar energy to drive water pumps, providing sustainable water solutions for agricultural irrigation, livestock water supply, and remote areas, reducing energy costs and minimizing environmental impact.

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 under varying conditions.

  • Modular design; easy to install, operate and maintain

Technical Specifications

JNP2K2H-V5
  • MODEL

    JNP2K2H-V5

    JNP3KH-V5

    JNP3K7H-V5

    JNP4KH-V5

    JNP5K5H-V5

    JNP7K5H-V5

    PV Input

     

    D.C. Max. Input Voltage

    880V

    Recommended MPPT Voltage

    460-850V

    D.C. Max. input Current

    15A

    15A

    15A

    15A

    30A

    30A

    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

    2.2kW

    3kW

    3.7kW

    4kW

    5.5kW

    7.5kW

    Rated Output Voltage

    380-460Vac (3PH)

    Output Frequency Range

    0-50/60Hz

    Rated Output Current

    6A

    7A

    9A

    10A

    13A

    18A

    System

     

    Protection Level

    IP65

    Operating Temperature

    -25-60 

    Cooling Way

    Nature cooling

    Display

    LED/LCD

    Communication

    RS485,GPRS/Bluetooth

    Altitude

    3000m,above 3000m need derate operating

    Noise Emission

    <50dB

    Compliance

    EN 50178; IEC/EN 62109-1;IEC61800

    Dimension(W/D/Hmm)

    265/150/330 mm

    Weight(kg)

    6.5 kg

Description

Hybrid Solar Pump System For small Field Irrigation

Renewable Energy Source: Powered entirely by solar energy, reducing dependency on grid electricity or fossil fuels, promoting sustainability.

Cost Efficiency: Low operational and maintenance costs, as it eliminates fuel expenses and grid electricity bills.

Environmentally Friendly: Reduces carbon emissions, supporting clean energy use and contributing to environmental conservation.

Autonomous Operation: The system operates autonomously, making it ideal for remote areas without grid access, ensuring reliable water supply.

Scalable and Flexible: Can be customized to meet various water pumping requirements, from small farms to larger-scale applications.

Reliable and Low Maintenance: Designed for durability and minimal maintenance, ensuring long-term, trouble-free operation in harsh environments.