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Our High Flow Solar Irrigation Pump is designed for agricultural projects that require larger water output and more efficient field coverage. Compared with standard irrigation pumps, this type is more suitable for users who need to move more water in less time for larger farms, orchards, open fields, and broader irrigation systems.
In many irrigation applications, the key requirement is not only lifting water, but delivering enough flow to support actual field watering demand. When irrigation area becomes larger, crop density increases, or watering time is limited, a higher flow solar pump can provide a more practical and productive solution.
Powered by solar energy, this pump helps reduce running cost while supporting stable daytime irrigation. It is especially suitable for farms and agricultural users who want to combine renewable energy with higher field efficiency and lower long-term operating expense.
Why High Flow Matters in IrrigationIn agricultural irrigation, flow rate directly affects watering efficiency. If the pump flow is too low, the irrigation cycle becomes longer, the effective field coverage is reduced, and the overall system may not meet the watering schedule required by crops or large planting areas. A high flow solar irrigation pump is developed for situations where the user needs stronger water output for practical field irrigation. This makes it especially valuable for orchards, wider crop areas, farms with multiple watering points, and projects where faster water delivery improves field management efficiency. For many agricultural buyers, choosing a higher flow pump is not simply about bigger specifications, but about ensuring that the irrigation system can meet real production needs during the growing season. |
Product Structure / Parts Detail
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| Product Name | High Flow Solar Irrigation Pump | Series | 4DPC |
| Type | High Flow Solar Pump for Irrigation | Pump Diameter | 4 Inch |
| Installation | Submersible | Power Supply | Solar Panel + Controller |
| Main Advantage | Larger flow for more efficient irrigation coverage | Application | Farm Irrigation, Orchard Watering, Open Field Use |
| Use Scenario | Projects requiring higher water output in limited working time | 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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In irrigation projects, higher flow is often the factor that decides whether the system is practically efficient or not. When field size grows, crop coverage becomes wider, or multiple irrigation points need support, a normal flow pump may not be enough to keep watering work efficient.
Buyers usually choose a high flow solar irrigation pump when they want more water delivery capacity, shorter watering cycles, and better field coverage. This is especially important in agriculture, where irrigation timing directly affects labor efficiency and crop management.
For many projects, a higher flow pump is not just a larger model, but a more suitable model for real agricultural output.
| Model | Voltage | Optimum Input Voltage (DC) | Power | Max. Flow | Max. Head | Outlet | Cable | VOC | Recommended Panel Power |
|---|---|---|---|---|---|---|---|---|---|
| 4DPC3-55-48-550 | 48V | 60V–90V | 550W | 3 m³/h | 55m | 1.25" | 2m | <110V | ≥1.3 × Pump Power |
| 4DPC4-70-72-750 | 72V | 90V–120V | 750W | 4 m³/h | 70m | 1.25" | 2m | <170V | ≥1.3 × Pump Power |
| 4DPC5-90-72-1100 | 72V | 90V–120V | 1100W | 5 m³/h | 90m | 1.25" | 2m | <170V | ≥1.3 × Pump Power |
Note: Final model selection should be based on irrigation area, required flow, lifting head, and actual water source conditions.
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Application Scene 1
Application Scene 2
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Where It Performs BestHigh flow solar irrigation pumps are best suited for agricultural environments where a greater volume of water must be delivered within a practical working period. This includes orchards, farms, crop fields, and irrigation systems that need broader daily water coverage. They are commonly selected when standard flow pumps are no longer efficient enough for the actual irrigation demand or when farm productivity depends on faster and broader water distribution.
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Packing & AccessoriesThe pump and controller can be packed securely for export shipment. Installation kits and standard accessories are available to support transportation, field installation, and maintenance. For agricultural projects, practical packing and efficient on-site deployment are especially important because equipment often needs to be installed directly in field working environments.
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Packing & Accessories
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For high flow irrigation systems, buyers should confirm not only the lifting head, but also the real water demand per hour, irrigation area size, watering method, and total delivery distance. In many cases, the correct flow level is the key to whether the irrigation system works efficiently in practice.
A pump with too little flow may lead to longer irrigation cycles and lower field productivity. A properly matched high flow model can help improve watering speed, reduce field waiting time, and increase daily irrigation effectiveness.
1. What is the main advantage of a high flow solar irrigation pump?
2. Where is it commonly used?
3. Is it better than a standard irrigation pump?
4. What information is needed before model recommendation?
Tell us your irrigation area, required flow, head, and water source conditions. We can help you choose the right high flow solar irrigation pump and suitable solar configuration.
