Solar Pumps

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Grundfos

Grundfos SQ Flex 2.5-2N Package: Helical Rotor Submersible Solar Package C/w 2 Panels

$11,942.70

$9,917.64

SQF 0.6-2 Rp1 1/4 N cpl.+T/KIT and Anode

Available to Order

Grundfos

SQF 0.6-2 Rp1 1/4 N cpl.+T/KIT and Anode

$6,283.20

$5,463.46

BIA-SOLARPLUS-SSFLOW50 BIA SOLARPLUS SSFLOW50 50MMFLOWSENSOR 10M EXT CABLE

Available to Order

Bianco

BIA-SOLARPLUS-SSFLOW50 BIA SOLARPLUS SSFLOW50 50MMFLOWSENSOR 10M EXT CABLE

$1,391.50

$1,141.79

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Grundfos

Grundfos SQ Flex 3A-10 Package: Centrifugal Submersible Solar Package C/w 2 Panels

$11,707.30

$10,367.41

Available to Order

DAB

DAB-S4-4/9SOL SOLAR BORE PUMP KIT

$4,961.00

$4,070.73

BIA ISOLAR PM3-440 KIT SOLAR ARRAY & PANEL KIT

Available to Order

Bianco

BIA ISOLAR PM3-440 KIT SOLAR ARRAY & PANEL KIT

$3,410.00

$3,030.47

Direct Shipping

Grundfos

CRNF3-11 A-CA-A-E-HQQE Flex

$5,808.00

$4,798.74

Direct Shipping

Grundfos

CRNF5-6 B-CA-A-E-HQQE Flex

$5,666.10

$4,681.67

Direct Shipping

Grundfos

SQFlex 4 Panels PM IO101 CU200- PnP

$8,981.50

$7,416.79

SQF 1.2-2 Rp1 1/4 N cpl.+T/KIT and Anode

Available to Order

Grundfos

SQF 1.2-2 Rp1 1/4 N cpl.+T/KIT and Anode

$6,283.20

$5,182.53

SQF 1.2-3 Rp1 1/4 N cpl.+T/KIT and Anode

Available to Order

Grundfos

SQF 1.2-3 Rp1 1/4 N cpl.+T/KIT and Anode

$6,283.20

$5,463.46

Available to Order

Grundfos

SQF 1-30 Rp1 1/4 N cpl.+T/KIT and Anode

$3,139.40

$2,595.03

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Insights & tips

Get the most out of your setup with our helpful guides

Solar Pumps for Ponds, Gardens, Dams and Off-Grid Water Movement

Solar Pumps are used to move and circulate water without relying on a standard mains power connection. They are a practical option for garden ponds, water features, small dams, fountains, remote watering points and off-grid water movement where running electrical cabling may be difficult or costly. By using solar energy to power the pump, these systems can support water circulation, basic transfer and decorative water movement in a more energy-conscious way.

Choosing the Right Solar Pump

The right solar pump depends on the application, water volume, required flow rate, lift height, sunlight exposure and how the pump will be installed. A small pond or fountain may only need a compact solar pump kit, while a larger water feature or dam edge setup may require a higher-capacity pump and panel combination. It is important to consider how much water needs to be moved and whether the pump will run only during daylight or require battery backup.

Common Solar Pump Components

This category can include solar pump kits, pond pumps, solar panels, fountain heads, tubing, fittings, filters, backup battery options and replacement parts. Some systems are designed for simple pond or fountain circulation, while others may support broader water movement across gardens, dams or remote areas. Brands such as PondMAX offer solar pump and panel options for pond and water feature applications.

Compatibility with Your Water Setup

Not every solar pump suits every site. The pump, panel and accessories need to match the water depth, pipe size, lift requirement, flow demand and available sunlight. If the solar panel is shaded or undersized, pump performance may be reduced. Matching the components correctly helps improve reliability and makes the system easier to maintain.

Avoid Poor Flow and Unreliable Operation

Common issues with solar pumps include low flow, intermittent operation, blocked intakes, undersized panels or choosing a pump that cannot handle the required lift. These problems are usually easier to avoid when the system is selected as a complete setup.

Get Help Choosing a Solar Pump

The Irrigation Hub stocks solar pump options for ponds, gardens, fountains and off-grid water movement. Contact our team for practical advice before ordering.

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Frequently asked questions

What are Solar Pumps used for?

Solar Pumps are used to move water using power generated from solar panels. They are commonly used for bores, dams, rivers and tanks, helping supply water to storage tanks, livestock troughs, irrigation systems, gardens and remote watering points.

They are especially useful where mains power is not available or where running electrical cabling would be difficult or costly.

How do Solar Pumps work?

Solar Pumps use electricity generated by solar panels during daylight hours. The power is usually sent through a solar pump controller, which helps regulate the pump and may protect the system against issues such as dry running, low water levels, overvoltage or motor faults.

Depending on the setup, a solar pump can also operate with tank floats, pressure controls or water-level sensors to help manage water movement automatically.

What size Solar Pump do I need?

The right Solar Pump depends on how much water you need to move each day and the total pumping head of the system. Important details include the water source, bore or dam depth, pumping water level, vertical lift, pipe distance, pipe size, required pressure and storage tank size.

Getting these details right helps avoid choosing a pump that is too small, oversized or inefficient for your property.

Can Solar Pumps be used for dams and bores?

Yes, Solar Pumps can be used for both dams and bores when the pump is matched to the site. A solar bore pump needs to suit the bore depth, pumping water level, drawdown, pipe length and required pressure.

For dams, the setup may need an intake screen, floating intake or filter to help reduce mud, vegetation and debris entering the pump.

Do Solar Pumps work on cloudy days or need batteries?

Solar Pumps can still run on cloudy days, but the flow rate may be lower because the panels are producing less power. A properly sized system should consider daily water demand, local sunlight conditions and available water storage.

Most solar pumping systems do not need batteries because water can be pumped during daylight and stored in a tank. Batteries may be useful where night-time pumping, constant pressure or limited storage is required.

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Solar Pumps

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Browse Our Range

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Insights & tips

Get the most out of your setup with our helpful guides

Solar Pumps for Ponds, Gardens, Dams and Off-Grid Water Movement

Choosing the Right Solar Pump

Common Solar Pump Components

Compatibility with Your Water Setup

Avoid Poor Flow and Unreliable Operation

Get Help Choosing a Solar Pump

Still not sure where to start with Solar Pumps?

The team at The Irrigation Hub are here to help!

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Frequently asked questions

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