5years Long Quality Guarantee 1HP 600W DC Solar Pump System Solar Powered Water Pump Solar Water Pump for Sale

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Product Description

📊 Basic Information
Model NO.AS-Solar Pump System
ConditionNew
CertificationISO, CE
ApplicationHome, Industrial, Commercial
SpecificationNormal, OEM
Mounting SupportRoof or Ground Support
Solar InverterOff-Grid Inverter
System TypeSolar Power System
Production Capacity1.2 Gw/Year
Solar Pump System Overview
💡 Product Description

Solar power system has a wide range of applications, such offering domestic water, helping agricultural and forestry irrigation, and desertification control. It can also supply water to sea island, animal husbandry, and water treatment projects.

With the promotion of new energy utilization, recently the usage of solar water pump is increasing. You can find them in government projects, landscape architectures and fountains of city squares, parks tourist attractions, hotels and residential areas.

  • AGRICULTURAL IRRIGATION
  • ANIMAL HUSBANDRY
  • DESERTIFICATION CONTROL
⚙️ Product Parameters (30HP System)
Item Name Description Unit Quantity
Solar panel260W / 31.2V polypc136
Mounting structureQ235 material, Hot-dip zincset1
PV cables4mm2, 400mset1
Pump inverterModel 30000Hpc1
Water pump30HPpc1
Pump cables3*16mm2, 200mset1
Safety ropePump Depth * 2pc1
Check ValueCheck value with connectorset1
Other accessoriesRaw material tape, MC4 connector, etc.set1

📋 Selection Questionnaire

To select the right pump, please provide the following details:

  1. Where will the pump be used?
  2. How much water discharge (liters or m3) is required per day or per hour?
  3. Do you need a submersible pump or a surface pump?
  4. If using a borehole (deep well), what is the depth?
  5. Pipe distance from the source to the destination tank (Horizontal/Slope)?
  6. Height of the destination tank?
🔋 Solar Panels & Batteries Selection

Solar Panel Power: Power of solar panel = Power of pump X 1.3.

Battery Use Hour: Battery capacity ÷ (Machine power ÷ Battery voltage) X 0.6.

Required Battery Capacity: Use hour ÷ 0.6 X (Machine power ÷ Battery voltage).

🛠️ System Components
Mono Solar Panels

Mono Solar Panels

Peak Power: 290W | Max Voltage: 32.2V | Max Current: 9.02A
Dimensions: 1640×992×35 mm | Weight: 18.6 kg

Off-Grid Inverter

Max. DC Input: 8.5KW | Max. Input Voltage: 600V | MPPT Range: 90-520V
Rated Grid Voltage: 208/240V/230V | Optional Wifi/GPRS Stick.

Off-Grid Inverter
Monitoring System

Remote Monitoring System

Data logging stick for real-time PV system status and atmosphere conditions via Web, Wi-Fi, Lan or GPRS. Apps available for PC, iOS & Android.

PV Mounting System

Mounting Rail & Splice Kit (AI6005 & SUS304). Clamps: 35-50mm. Options for Asphalt Shingle Mount, Hanger Bolts, and Ground Clips.

Mounting System
Lithium Battery

Lithium Battery

Specification: 48V 100Ah
Dimension: Standard 4-5U rack mountable structure.

🌍 Projects Shown
Project Case 1
Project Case 2
Frequently Asked Questions
1. What are the main applications of solar water pump systems? They are ideal for agricultural irrigation, animal husbandry, desertification control, and providing domestic water in remote areas or sea islands.
2. How do I determine the power of solar panels needed for my pump? As a general rule, the total power of the solar panels should be approximately 1.3 times the power of the water pump.
3. Can I monitor my solar pump system remotely? Yes, our systems can be equipped with a Data Logging Stick that supports Wi-Fi, LAN, or GPRS, allowing you to monitor status via PC or mobile apps (iOS/Android).
4. What is the typical lifespan of the system components? Most components like DC cables and MC4 connectors have a designed lifetime of up to 25 years. Solar panels and mounting structures are also built for long-term durability.
5. Does the system require a power grid to operate? No, these are off-grid systems designed to run directly on solar power. However, an optional grid backup can be used for continuous operation during night or low-light conditions.
6. How do I select the correct battery capacity? You can use the formula: Capacity = (Desired use hours / 0.6) x (Machine power / Battery voltage). For example, a 200W machine running for 3.6 hours at 12V requires a 100AH battery.

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