Solar Pumps
Why Solar Pumps?
Solar pumps have several advantages over electrical pumps, making them a more attractive option for many applications. Solar pumps are energy and cost-effective, versatile and environmentally sustainable. Learn more
Selecting the correct solar pump requires a thorough assessment of several factors, including the well depth, flow rate, water demand, and power requirements. It is of critical importance to ensure that you select the correct solar pump!
Browse All Solar Pumps…
Solar Borehole Pumps
Solar DC Borehole Pumps
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CORE 70 โ 300w Solar DC Borehole Pump | Max Head: 70m | Max Vol: 1200 l/hR7590,00 -
CORE 100 โ 600w Solar DC Borehole Pump | Max Head: 100m – Max Vol: 1200 l/hR7990,00
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CEVA 80 – 210w DC Borehole Solar Water Pump | Max Head 77m – Max Vol 1200l/hR8021,25 -
CEVA 100 – 500w DC Borehole Solar Water Pump | Max Head 100m – Max Vol 1700l/hR8377,75
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D3 – 1500w DC Solar Borehole Water Pump | Max Head 135m-Max Vol 4800l/hR8478,66 -
CORE 140 โ 1000w Solar DC Borehole Pump | Max Head: 140m – Max Vol: 1500 l/hR8590,00
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CEVA 150 – 750w DC Borehole Solar Water Pump | Head Max 150m – Max Vol 2000l/hR8734,25
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CEVA 180 – 1100w DC Borehole Solar Water Pump, Stainless Steel Pump | Max Head 180m – Max Vol 2200l/hR9982,00
Solar Hybrid Borehole Pumps
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D2 – 750w Hybrid AC/DC Solar Borehole Water Pump | Max Head 80m -Max Vol 3500l/hR6059,72 -
SWITCH 3- 1000w Solar Hybrid AC/DC Borehole Pump | Max Head: 93m – Max Vol: 3800 l/hR10990,00 -
SWITCH 3- 1500w Solar Hybrid AC/DC Borehole Pump | Max Head: 140m – Max Vol: 3800 l/hR11990,00
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SWITCH 7 โ 1800w Solar Hybrid AC/DC Borehole Pump | Max Head: 109m – Max Vol: 8000 l/hR12990,00
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D7 – 2200w Hybrid AC/DC Solar Borehole Water Pump | Max Head 255m-Max Vol 5200l/hR15035,39
Solar Surface Pumps
Solar Inverter Drive
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Si30 Solar Inverter Drive – 11KW – 3PHASER11990,00 -
Si30 Solar Inverter Drive – 7.5KW – 3PHASER10890,00
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Si30 Solar Inverter Drive – 5.5KW – 3PHASER9790,00
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TGP Hybrid Solar Pumping Inverter 2.2 KWR11990,00
Advantages of Solar Pumps…
Solar pumps have several advantages over electrical pumps, making them a more attractive option for many applications. Here are some of the main reasons why solar pumps are better:
- Energy Efficiency: Solar pumps are much more energy-efficient than electrical pumps since they use solar energy to power the pump, which is a renewable and free energy source. In contrast, electrical pumps consume electricity from the grid, which may not be entirely clean, renewable, or available in remote locations.
- Cost-Effective: Solar pumps have lower lifetime costs than electrical pumps, as they require less maintenance and have no fuel or electricity costs. Although the initial cost of installation may be higher, the long-term savings make solar pumps a more cost-effective option.
- Environmental Sustainability: Solar pumps do not emit harmful greenhouse gases or pollutants, making them an environmentally sustainable choice for pumping water. In contrast, electrical pumps that rely on fossil fuels contribute to air pollution and climate change.
- Versatility: Solar pumps can be installed in remote areas where electricity is not available, making them an excellent option for agricultural and domestic use in rural areas. They can also be used for irrigation, livestock watering, and other applications that require pumping water.
Overall, solar pumps are a cleaner, more cost-effective, and sustainable alternative to electrical pumps, making them an increasingly popular choice for pumping water.
Frequently Asked Questions
Selecting the correct solar pump requires a thorough assessment of several factors, including the well depth, flow rate, water demand, and power requirements. Here are the steps to follow when selecting a solar borehole pump:
- Determine the head: The depth of the pump in the borehole as well as the water level will determine the size and power requirements of the pump. It is important to take into account any further gains in elevation from the pump to the final reservoir or water point.
- Calculate the daily water demand: Determine the amount of water required for the intended use (e.g., irrigation, livestock watering, or domestic use). This will help determine the flow rate required and the appropriate size of the pump.
- Determine the flow rate: The flow rate is the volume of water that the pump can deliver per unit of time. It is important to ensure that the pump can deliver the required flow rate for the intended use.
- Select the appropriate pump type: There are several types of solar pumps, including submersible, surface, and booster pumps. The type of pump selected will depend on the well depth, water demand, and the intended use or application.
- Determine the power input requirements: When choosing between a DC solar pump or a hybrid DC/AC solar pump, it is important to consider the specific requirements of the application and the availability of grid power, as a hybrid DC/AC solar pumps may be more suitable for applications with fluctuating solar conditions or where it will be crucial to pump longer hours than only daylight hours.
- Select the appropriate solar panel and battery system: The solar panel and battery system should be sized to provide enough power to meet the pumpโs power requirements. It is important to ensure that the solar panels are positioned correctly to receive maximum sunlight exposure.
- Consult with us: If you need assistance with selecting the correct pump, talk to us here
A solar pump is a water pump powered by solar energy. It uses photovoltaic (PV) panels to convert sunlight into electrical energy to run the pump. Solar pumps are a cost-effective and eco-friendly alternative to traditional pumps powered by electricity or fuel.
A solar pump system consists of a solar panel array, a pump, and a controller. The solar panel array converts sunlight into electrical energy, which is then used to power the pump. The controller regulates the pump’s speed and ensures that it operates at its maximum efficiency.
The benefits of a solar pump include reduced energy costs, lower carbon footprint, low maintenance requirements, and reliable operation in remote or off-grid locations. Solar pumps also provide a sustainable and cost-effective solution for irrigation, livestock watering, and water supply for remote homes and communities.
There are various types of solar pumps available, including submersible pumps, surface pumps, and borehole pumps. Submersible pumps are suitable for boreholes or wells, while surface pumps are ideal for shallow water sources, transfering water and as pool pumps.
Solar pumps require sunlight to generate electricity to run the pump. However, some solar pump systems are hybrid systems and can use either DC power from Solar panels or AC power from the grid or generator. This is ideal for use at night or in low light conditions. (See our Switch product range for more info)
Yes, a solar inverter drive is made to be used with an existing pump system. It can be integrated with an existing AC pump system or used as in a standalone system for off-grid applications. (See our Switch Inverter Drive for more info)
Solar pumps require minimal maintenance compared to traditional pumps. Regular cleaning of the solar panels and controller is recommended to ensure optimal performance. It is also important to monitor the water levels and pump operation regularly
Yes, solar pumps can be used in a wide range of climates, including cold and hot climates. However, it is important to choose a pump and solar panel array that are suitable for the specific climate conditions and to protect the system from extreme weather conditions.
The solar pump kits include pump, motor and solar controller. The correct solar panel array, cable, pipe and fittings are all dependent on the borehole depth and application. They can all be purchased on our store. If you need assistance with selecting the correct items speak to us here.
How Can We Help?
Please feel free to contact us should you need some advice as to which solution will be most beneficial for you or to get a custom quote.
