Photovoltaic water pump inverter

The photovoltaic water pump inverter is a device for the control part of the photovoltaic water pump (inverter + water pump). The HJ-PH0001-W photovoltaic water pump inverter mainly solves problems such as agricultural irrigation, daily water use, and desert control in areas without electricity and water shortage.

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Photovoltaic water pump inverter
Photovoltaic water pump inverter
Photovoltaic water pump inverter

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  • High protection level

    IP65 design, high protection level for outdoor installation.

  • Strong compatibility

    Compatible with both DC/AC power inputs.

  • High efficiency

    Optimized MPPT algorithm, efficiency of more than 99%.

  • Low noise

    Natural cooling method, low noise.

  • Intelligent monitoring

    GPRS remote monitoring of real-time operating status, real-time start and stop (optional).

  • Perfect function

    Excellent performance, large water output. Fully automatic unattended operation, with perfect over-current, over-voltage, output phase protection, short circuit, overheating and other protection functions.

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Parameters

Product Parameters

Three-phase 380V Output Series 3000W~22kW
Model Number HJ-PH0001-W
Max Number of Strings Allowed 2~6
Start-up Voltage (Vdc) 250
Max DC Input Voltage (Vdc) 900
Recommended MPP Voltage (Vdc) 450~750
Rated Output Power (W) 3000~22000
Max Output Current (A) 8~45
Output Frequency (Hz) 0~50/60
Protection Level IP65

Note: Specifications are subject to change without prior notice for product improvement. Data Sheet / Get your free product catalog and the latest pricing!

FAQ

What are the key applications of the HJ-PH0001-W photovoltaic water pump inverter in regions like Africa and Asia?

The HJ-PH0001-W photovoltaic water pump inverter is specifically designed to address critical water needs in off-grid areas of Africa and Asia. It is ideal for agricultural irrigation in arid regions, providing a sustainable water supply for crops. Additionally, it supports daily water use in remote villages and contributes to desert control efforts by enabling water pumping in areas with limited access to electricity.

How does the HJ-PH0001-W inverter ensure high efficiency and reliability in harsh outdoor environments, such as those found in Australia?

The HJ-PH0001-W inverter features an optimized MPPT algorithm that ensures an efficiency of over 99%, making it highly efficient even in variable sunlight conditions. Its IP65 protection level and natural cooling method ensure reliable operation in harsh outdoor environments like those in Australia, where high temperatures and dust are common.

Can the HJ-PH0001-W inverter be used for both AC and DC power inputs, and what are the benefits for users in Europe?

  • The HJ-PH0001-W inverter is compatible with both DC and AC power inputs, providing flexibility for users in Europe.
  • This compatibility allows for seamless integration with existing power systems, reducing the need for additional equipment and lowering overall costs.
  • It also ensures reliable operation in areas with fluctuating power supplies, enhancing the stability of water pumping systems.

What protection features does the HJ-PH0001-W inverter offer to ensure safe operation in rural areas of South America?

The HJ-PH0001-W inverter includes comprehensive protection features such as over-current, over-voltage, output phase protection, short circuit, and overheating protection. These features ensure safe and reliable operation in rural areas of South America, where power quality can be inconsistent, protecting both the inverter and connected equipment from damage.

How does the intelligent monitoring feature of the HJ-PH0001-W inverter benefit users in remote areas of North America?

The HJ-PH0001-W inverter offers GPRS remote monitoring, allowing users in remote areas of North America to monitor the real-time operating status of their water pumping systems. This feature enables remote start and stop control (optional), ensuring efficient operation and reducing the need for on-site visits, which can be time-consuming and costly in remote locations.

The above answer is for reference. For further details, please reach out to us.

Application

Widely used in a variety of AC asynchronous pumps, synchronous pumps

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