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AC/DC Hybrid Solar Water Pump Main Image
Image principale du produit
Pompe à eau solaire hybride CA/CC
Our AC/DC Hybrid Solar Water Pump is designed for users who need a more flexible and dependable water pumping solution than a standard DC-only solar pump. By combining solar power input with AC power compatibility, this system can continue supporting water supply under a wider range of real operating conditions.
In normal daytime conditions, the pump can operate through solar energy, helping reduce electricity cost and improve energy efficiency. When sunlight is weak, unstable, or unavailable, the system can also work with AC input, making it a practical solution for projects where uninterrupted water supply is more important than relying on solar energy alone.
This makes the AC/DC hybrid solar water pump especially suitable for farms, rural homes, livestock watering, orchards, gardens, and remote projects where weather, seasonal sunshine, or water demand may vary. For customers who want both solar savings and greater operating stability, hybrid power is often the most practical choice.
- Supports both solar power and AC power input
- More reliable water supply under changing sunlight conditions
- Helps reduce dependence on a single power source
- Suitable for projects requiring more stable daily operation
- Ideal for farms, households, and remote water systems
Why Choose a Hybrid Pump SystemA standard solar pump can work very well in good sunshine conditions, but many real projects do not always operate under perfect weather or perfectly stable daily light. Cloudy days, seasonal variation, early morning demand, and evening use can all affect solar-only performance. An AC/DC hybrid solar water pump solves this problem by offering dual power flexibility. It allows the user to enjoy the energy-saving advantages of solar pumping while also having the option of AC power support when needed. For many buyers, this means better reliability, easier project planning, and more confidence that the system can keep delivering water when the operating environment changes. |
 Structure du produit / Détails des pièces |
Présentation du produit
| Nom du produit | Pompe à eau solaire hybride CA/CC | Série | 3DPC-A/D |
| Type | AC/DC Hybrid Solar Pump | Power Characteristic | Solar + AC Dual Power Input |
| System Advantage | Flexible switching for more stable water supply | Installation | Système de pompe submersible / solaire |
| Alimentation électrique | Solar Input + AC Power Support | Demande | Household Water Supply, Irrigation, Livestock Watering, Remote Projects |
| Matching Flexibility | Better adaptability under variable field conditions | Garantie | 2 ans |
| Certificats | CE, GS, RoHS | Emballage | Emballage standard pour l'exportation |
Caractéristiques principales
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 Détails du produit ou aperçu de l'application |
How the Hybrid Power Logic Works
In a hybrid solar pumping system, solar input is usually used as the preferred energy source when sunlight is available. This allows the user to benefit from renewable energy and lower operating cost during normal daytime conditions.
When solar input becomes insufficient due to weather, time of day, or changing project conditions, AC support gives the system additional operating flexibility. This does not only improve continuity, but also makes the whole water supply solution more practical for real projects where daily demand must be met consistently.
For customers who cannot accept water interruption during weak solar conditions, hybrid power is often a more reasonable system choice than using a solar-only configuration.
Caractéristiques techniques
| Modèle | Tension | Input Range | Puissance | Débit max. | Hauteur manométrique max. | Magasin d'usine | Câble | COV | Puissance recommandée pour les panneaux |
|---|---|---|---|---|---|---|---|---|---|
| 3DPC-A/D 1,5-35-24-210 | 24 V | 30 V – 48 V | 210 W | 1,5 m³/h | 35 m | 1" | 2 m | <60 V | ≥ 1,3 × puissance de la pompe |
| 3DPC-A/D 2-50-48-400 | 48 V | 60 V – 90 V | 400 W | 2 m³/h | 50 m | 1" | 2 m | <110 V | ≥ 1,3 × puissance de la pompe |
| 3DPC-A/D 2.5-65-48-600 | 48 V | 60 V – 90 V | 600W | 2.5 m³/h | 65m | 1" | 2 m | <110 V | ≥ 1,3 × puissance de la pompe |
Fiche technique - Image
Courbe de performances hydrauliques
Note: Final model selection should be based on required flow, head, solar condition, and whether AC backup is needed in the project.
Applications typiques
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Scénario d'application n° 1
Scénario d'application 2
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Where Hybrid Power Brings Real ValueAC/DC hybrid solar water pumps are especially useful in projects where the user wants to reduce power cost with solar energy, but also needs confidence that water can still be delivered when sunlight is weak or inconsistent. They are widely used in farm irrigation, rural homes, livestock systems, orchards, and remote projects where water demand is real and daily continuity matters more than using only one energy source.
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Emballage et accessoiresThe pump and controller can be packed securely for export shipment. Installation accessories and standard components are available to simplify transportation, setup, and maintenance. For project buyers and distributors, hybrid systems are often selected not only for power flexibility, but also for easier field deployment and more practical after-installation operation.
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Emballage et accessoires
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Comment choisir le bon modèle
When choosing an AC/DC hybrid solar water pump, customers should confirm more than just flow and head. It is also important to understand whether the project needs backup power flexibility, how stable the daily solar condition is, and how important uninterrupted operation is to the end user.
In many cases, hybrid pumps are selected not because solar pumping is impossible, but because the customer wants a more practical and stable system under real working conditions. This is especially true for users in agriculture and rural water supply who cannot afford daily water interruption.
- Vérifier le débit et la hauteur de refoulement requis
- Check actual water source depth and delivery distance
- Evaluate local sunshine stability
- Decide whether AC backup is important for the project
FAQ
1. What is the main benefit of an AC/DC hybrid solar water pump?
Its main benefit is dual power flexibility, which helps provide more stable water supply when sunlight is weak or variable.
2. Is it better than a normal DC solar pump?
For projects that need higher continuity and more flexible operation, an AC/DC hybrid system is often more practical than a solar-only solution.
3. Where is it commonly used?
It is commonly used in farm irrigation, household water supply, livestock watering, and remote projects where water continuity matters.
4. Quelles informations sont nécessaires avant de proposer un modèle ?
Please provide required flow, head, water source depth, application, and whether AC backup is needed so we can recommend the proper model.
Need a More Flexible Solar Pump Solution?
Tell us your required flow, head, water source depth, and project condition. We can help you choose the right AC/DC hybrid solar water pump and matching system configuration.
