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High-Efficiency Deep Well Pump with 12,000 L/h Output


This deep well submersible pump delivers 12,000 L/h massive flow with 185m head, perfectly balancing flow rate and lift requirements, specially designed for agricultural irrigation and large water supply systems.

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Efficient Solar Direct Drive with 96% MPPT Tracking


With intelligent MPPT technology achieving 96%-99% solar conversion efficiency, it supports direct connection with 6×540W solar panels, ensuring optimal performance of this well submersible pump in off-grid environments.

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Full Stainless Steel Structure for Maintenance-Free Operation


Constructed entirely with 304 stainless steel for all core components, this deep well pump maintains long service life in harsh water conditions, achieving truly maintenance-free operation.

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Smart Electronic Control System with Comprehensive Protection


Equipped with 32-bit MCU intelligent controller integrating multiple protections, plus IP68 rating to ensure safe operation of this submersible pump in -10°C to +80°C 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.