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Solar Direct-Drive Efficiency, Eliminates Battery Costs


With high-efficiency MPPT technology, the pump can be powered directly by solar panels without the need for batteries, achieving over 96% system efficiency, significantly reducing initial investment and maintenance costs.

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Powerful Performance with High Head & Large Flow


Boasting a maximum head of 203 meters and a flow rate of 4.8 m³/h, it delivers powerful performance to meet demanding applications such as deep well water extraction and high-altitude irrigation.

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Full Stainless Steel Construction & Intelligent Protection


Key components including the pump body, motor, and impeller are made of corrosion-resistant stainless steel for long service life. The controller features multiple intelligent protections against reverse connection, over-voltage, over-current, and short circuits.

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Easy Installation, Ready-to-Use Replacement


The modular design allows for simple and quick installation, making it a direct replacement for existing submersible pumps. With an IP65 rating and a wide operating temperature range, it ensures reliable performance in various environments.

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Defining Reliability in Deep Well Submersible Pump Technology


When choosing a submersible water pump for a deep well, build quality is crucial for reliable performance. A high-standard pump ensures consistent operation with:

Dynamic Balance – Reduces vibration and wear during high-speed rotation.

High-Head Capability – Lifts water from deep wells efficiently with minimal energy loss.

Brushless DC Technology – Boosts performance for solar deep well pumps in off-grid systems.

Frequently Asked Questions



  • Yes — many solar water pumps can operate directly from solar panels via a controller. Adding batteries increases reliability during low sunlight.


  • They are suitable for shallow wells, livestock watering, pond fills, irrigation, garden water transfer, and small water supply systems.

  • Surface pumps sit above the water source and are best for shallow lifting. Submersible pumps are placed underwater and are suitable for deeper wells and higher lifts.


  • Performance depends on pump power, solar array size, depth of water, well size, and total dynamic head. Properly sizing panels and controllers ensures reliable water output.