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Our Solar Irrigation Water Pump is designed for agricultural water delivery in off-grid and rural environments. Powered by solar energy, it provides a practical solution for farms, orchards, vegetable fields, gardens, and other irrigation projects where stable daily pumping is needed without relying heavily on traditional electricity.
Compared with conventional fuel-driven or grid-dependent irrigation systems, a solar irrigation pump helps reduce operating cost, simplify field deployment, and improve energy independence. It is especially suitable for users who need regular daytime water supply during the growing season and want a cleaner, lower-maintenance pumping solution.
This type of pump is widely used in small and medium irrigation systems where water source conditions, field distance, and daily water demand must be matched carefully. For many agricultural users, it is not only a pumping product, but also an important part of a more efficient irrigation system.
Why Solar Irrigation MattersIrrigation is one of the most common and most important water-use scenarios in agriculture. In many farms and rural areas, the cost of diesel pumping, unstable electricity access, or long-distance power connection can make irrigation systems expensive and difficult to operate. A solar irrigation water pump offers a more practical alternative by turning solar energy into daily pumping capacity. During normal daylight conditions, the system can deliver water for crops, gardens, orchards, and field irrigation while helping users reduce long-term operating expense. For buyers who want a balance between irrigation performance, lower running cost, and easier field deployment, solar irrigation pumping is often one of the most attractive options. |
Product Structure / Parts Detail
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| Product Name | Solar Irrigation Water Pump | Series | 3DPC |
| Type | Solar Water Pump for Irrigation | Pump Diameter | 3 Inch |
| Motor Type | Brushless DC Motor | Installation | Submersible |
| Power Supply | Solar Panel + Controller | Main Application | Farm Irrigation, Orchard Watering, Vegetable Field Use |
| System Benefit | Lower running cost for daily irrigation | Warranty | 2 Years |
| Certificates | CE, GS, RoHS | Packing | Export Standard Packing |
Key Features
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Product Detail or Application View
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| Model | Voltage | Optimum Input Voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Cable | VOC | Recommended Panel Power |
|---|---|---|---|---|---|---|---|---|---|
| 3DPC1.5-35-24-210 | 24V | 30V–48V | 210W | 1.5 m³/h | 35m | 1" | 2m | <60V | ≥1.3 × Pump Power |
| 3DPC2-50-48-400 | 48V | 60V–90V | 400W | 2 m³/h | 50m | 1" | 2m | <110V | ≥1.3 × Pump Power |
| 3DPC2.5-65-48-600 | 48V | 60V–90V | 600W | 2.5 m³/h | 65m | 1" | 2m | <110V | ≥1.3 × Pump Power |
Note: Final model selection should be based on required flow, irrigation distance, lifting head, and actual field conditions.
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Application Scene 1
Application Scene 2
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Where It Performs BestSolar irrigation water pumps are especially suitable for agricultural environments where irrigation is needed regularly during sunny daytime working hours. This includes vegetable cultivation, orchard watering, open-field crop irrigation, greenhouse water supply, and rural landscape watering. They are often chosen by users who want to lower irrigation cost, reduce fuel dependence, and build a more sustainable pumping system for long-term agricultural use.
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Packing & AccessoriesThe pump and controller can be packed securely for export shipment. Standard accessories and installation kits are available to support transportation, field installation, and system maintenance. For irrigation projects, practical packing and convenient installation support are important because the equipment often needs to be deployed in outdoor working environments.
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Packing & Accessories
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For irrigation projects, pump selection should not be based only on product power. Buyers should confirm field size, irrigation method, water source depth, delivery distance, head requirement, and daily watering demand before final model selection.
Different irrigation scenarios may require different balances between flow and head. A vegetable field may focus more on regular daytime watering, while orchards or larger fields may need more lifting distance or broader water coverage.
1. What is the main use of a solar irrigation water pump?
2. Why is solar pumping suitable for irrigation?
3. What information is needed before model recommendation?
4. Can it be used in remote agricultural areas?
Tell us your irrigation area, required flow, head, and water source conditions. We can help you choose the right solar irrigation water pump and suitable solar configuration.
