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Solar pump systems are a cost-effective and reliable method of pumping water for use in irrigation and domestic needs. With quality solar systems and a good connection, you can irrigate large farms at less cost.
Aqua Hub’s Solar Pump Systems
Aqua Hub’s Solar Pump systems come at affordable prices that are worth your investment. Our solar pumps are better alternatives for fuel and electric pumps which are much more costly to use and maintain.
Cost of Solar Pump Systems and Irrigation
There is no fixed price for solar pump systems, all rely on the water needs and size of the project. The average cost may be a range of KES 150,000 to or more than KES 1,000,000 depending on the size of irrigation land and irrigation type.
Types of Irrigation Systems that Can Rely on Solar Pumps
- Drip Irrigation – Solar pump systems are a great integration to drip irrigation systems. As drip irrigation sources water from raised storage tanks, you can pump water from boreholes or wells to tanks using solar pumps.
- Sprinkler Irrigation – Solar pumps are connected to sprinkler irrigation systems directly from the source or to a storage tank. Water pumped to a storage tank is then distributed by high-pressure water pumps.
- Rain Pipe Irrigation System – With solar pumps, you can also draw water from boreholes or storage tanks and supply it to a rain hose irrigation system.
Components of a Solar Pump and Systems
The actual components depend on the type of irrigation system including;
- Solar Panels – They have Photovoltaic cells that capture and convert sunlight energy to direct current. Solar panel sizes and capacity will depend on the type and size of motor pump you have.
- Solar inverter – Devices for converting direct current (DC) to Alternating Current (AC) in AC solar pumps.
- Solar Pumps – Solar water pumps are the devices that use solar power to move water from the source. Can either be surface or submersible for use in boreholes, wells or supplying water from the river.
Surface Pump
Surface water pumps are installed on the ground surface and applied in the suction of water from wells, boreholes, and rivers. Available in different types with designs to allow water lift from shallow heights of up to 70 ft.
Submersible Pumps
Solar water pumps that are suitable for drawing water from deep and narrow boreholes. Contains a narrow shaft and a non-corrosive metal surface that lasts for a long time.
Irrigation Systems
The irrigation system consists of pipes, fittings, valves, and controllers that coordinate to ensure effective water flow to the crop field. Components vary as per the type of irrigation and size of the farm.
Drip Irrigation System
Consists of;
- Drip Tapes
- Mainline HDPE pipes
- Submainline pipes
- Laterals (PE)
- Fittings
- Ball Valves
- Water Tanks
Sprinkler Irrigation Systems
Components.
- Mainline HDPE pipes
- Delivery hose pipes
- Water Pumps
- Ball Valves
- Sprinkler Fittings
- Sprinkler Heads
- Booster pumps (optional)
- Controllers ( automated System)
Rain Hose System
- Rain Hose pipes
- Mainline HDPE or PVC
- Solar Water Pump
- Ball Corks
How Solar-Powered Irrigation Systems Work
Solar panels absorb solar energy and convert it to the inverter in the form of direct current. The inverter converts the direct current to alternating current which flows to the pump.
The current starts the motor which runs the pump to create a suction force that lifts water and directs it to the irrigation pipes.
How to Choose Solar Pump Systems
Choosing the ideal solar pump components such as solar panels, inverters, and solar pumps requires proper information. Here’s what you should always consider when in need.
Solar Pump
To get the best solar water pump that will match your irrigation system, consider the energy consumption, pressure, and flow rate. Also consider whether the suction height, pumping capacity, durability, and cost are within your irrigation needs.
Type of the Pump is another concern in determining whether you require an inverter or not.
Solar panels
The choice of solar panels depends on the size and type of solar pumps, power consumption, farm size or project, and flow rate or water needs.
Always consider quality solar panels from reliable suppliers. Aqua Hub has the best leads to long-lasting PV solar panels.
Inverters
Check the type of pump and power consumption to know which type and size of inverter you need.
Installing a Solar Pump System
- Construct structures for mounting solar panels. Set it on areas that receive maximum direct sunlight.
- Mount solar panels on the structures and ensure it is engraved to the structure well.
- Install an inverter in a protected place under the solar panel structure
- Conduct wiring from the solar panel to the inverter.
- Install a solar water pump and connect the inverter terminals to the solar pump using the correct wiring.
- Install pipe connection to the borehole or water source to the storage tank.
Where to Purchase Solar Pump Systems in Kenya
Aqua Hub Kenya is a solar pump systems supplier and installer known for reliable solar pumps, panels and inverters.
We conduct quality solar panel mounting, inverter installation and solar pump consultation plus installation.
We also mainly deal with irrigation systems supply and installation in Kenya and the rest of East Africa.
Call us at 0790719020 for more information.
