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Our Deep Well DC Solar Pump is specially designed for projects that require reliable water lifting from deeper wells and boreholes. Compared with standard shallow-water solar pumps, this type is more suitable for applications where water level is lower, lifting distance is greater, and stable head performance is essential for daily use.
Powered by solar energy through a dedicated DC controller, the pump helps users build an efficient off-grid water supply system without depending on unstable grid electricity. It is widely used in rural water supply, farm irrigation, livestock watering, household use, and remote area water delivery where dependable long-term pumping is required.
This series is especially valued for its ability to deliver water from greater depth while maintaining practical daily flow. For customers working on agricultural, domestic, or small commercial water systems, a deep well DC solar pump offers a more suitable solution when well depth and lifting head are the key factors in system design.
| Product Name | Deep Well DC Solar Pump | Series | 4DPC |
| Type | Deep Well DC Solar Water Pump | Pump Diameter | 4 Inch |
| Installation | Submersible | Power Supply | Solar Panel + DC Controller |
| Typical Feature | Suitable for deeper water levels and higher lifting head | Application | Rural Water Supply, Irrigation, Livestock Watering, Household Use |
| Pump Structure | DC Solar Submersible Pump | Warranty | 2 Years |
| Certificates | CE, GS, RoHS | Packing | Export Standard Packing |
Product Structure / Parts Detail |
Key Features
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In many solar water pumping projects, the main challenge is not simply moving water, but lifting water efficiently from deeper underground sources. When water level is low or the vertical delivery distance is large, selecting a normal solar pump may lead to unstable performance or insufficient water output.
A deep well DC solar pump is developed for exactly this kind of application. It is more suitable for installations where the well is deeper, the lifting head is higher, and the pump must work reliably under daily field conditions. For users in remote villages, agricultural land, ranches, and isolated homes, this type of pump makes solar water supply more practical and dependable.
If your project requires a balance between stable head performance, practical water output, and solar-powered independence, a deep well DC solar pump is one of the most suitable choices.
| Model | Voltage | Optimum Input Voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Cable | Open Circuit Voltage (VOC) | Recommended Solar Panel Power |
|---|---|---|---|---|---|---|---|---|---|
| 4DPC2-50-48-400 | 48V | 60V–90V | 400W | 2 m³/h | 50m | 1.25" | 2m | <110V | ≥1.3 × Pump Power |
| 4DPC3-70-48-600 | 48V | 60V–90V | 600W | 3 m³/h | 70m | 1.25" | 2m | <110V | ≥1.3 × Pump Power |
| 4DPC4-95-72-900 | 72V | 90V–120V | 900W | 4 m³/h | 95m | 1.25" | 2m | <170V | ≥1.3 × Pump Power |
Note: Final model selection should be based on well depth, water level, required head, flow demand, and local sunshine conditions.
Technical Data Image |
Hydraulic Performance Curve |
Rural Water SupplyWell suited for villages, remote homes, and residential water systems that depend on deeper well water sources. |
Agricultural IrrigationProvides practical solar-powered water lifting for fields, orchards, gardens, and small irrigation projects with higher head requirements. |
Livestock & Farm UseAn effective water supply solution for ranches, farms, and livestock watering points located far from stable grid power. |
Packing & AccessoriesThe pump and controller can be packed securely for export shipment. Standard accessories and installation components are available to support transport, installation, and project deployment.
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Packing & Installation Kits
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Solar Controller Wiring Diagram
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How the System WorksThe deep well DC solar pump works together with solar panels and a DC controller. The controller manages input power, helps protect the motor, and supports stable pumping performance under different sunlight conditions.
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How to choose pump
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How to Select the Right ModelDeep well solar pump selection should always start with real project conditions. Customers need to confirm static water level, dynamic water level, total lifting height, expected daily water volume, and pipe length before choosing a model. If the well is deeper and the required lifting distance is larger, the system should be matched carefully to ensure the pump, controller, and solar panel power work together efficiently. Proper model selection not only improves water output, but also helps extend pump life and overall system stability.
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1. What makes a deep well DC solar pump different from a normal solar pump?
2. What applications is it suitable for?
3. Can it be used where grid power is unstable or unavailable?
4. What information is needed before model recommendation?
Tell us your well depth, required flow, lifting head, and application. We can help you choose the right deep well DC solar pump model and matching solar power configuration.