Solar Water Pump for Irrigation

Seventy percent of global freshwater withdrawals are dedicated to irrigation. Yibiyuan’s solar irrigation pump facilitate water access in areas lacking conventional infrastructure.

Access to irrigation water is crucial for sustaining the growth of fruits, vegetables, and grains, supporting the global population’s food needs.

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Drip or micro irrigation

Drip irrigation is a very effective way of irrigating crops, with the advantage of lower evaporation than other irrigation methods, and is the most common type of “micro-irrigation”.

Furrow or flood irrigation

Surface irrigation (also known as flood or furrow irrigation) is one of the oldest methods of irrigating fields. Flood irrigation isn’t the most efficient method of irrigation, but it’s cheap and low-tech.

Spray or sprinkler irrigation

Sprinkler irrigation is a commonly used irrigation system in modern times. Today, large farms are using mass sprinkler irrigation systems. In high pressure systems, there may be very large water jets on the pipes.

How Solar Power Works

When sunlight reaches your solar panels, it triggers the flow of electrons, producing DC power that is then transmitted via connected wires to the pump controller.

The pump controller, serving as the system’s central intelligence, utilizes advanced technology and sensor inputs. It activates the submersible motor and operates the pump to transport water against gravitational forces, bringing it to the surface.

Sizing solar pumps involves considering factors such as the total vertical distance the water must be lifted, the required pressure generation, and the daily water volume needed.

Solar Water Pump Factory

CK-6140 Numerical Control Machine

Vertical Machining Center

CNC Lathe, Gear Rubbing Machine

T-600S High Speed Drilling and Tapping Center

Laser Welding Machine

CNC Grinder

Circuit Board Quality Inspection

Every circuit board must be tested by ICT to detect the defective rate and failure rate of components.

Every circuit board must be connected to a water pump for FCT testing to ensure the stability of product quality.

Every circuit board must undergo a long-term high temperature resistance and aging test to ensure the quality of the controller.

AOI machine scans and inspects the PCB to ensure the correct placement of all components.

Water Pump Quality Inspection

Step 1. Inter-turn and withstand voltage test of coil winding. Make sure that there is no open circuit or short circuit fault in the winding.
Step 2. Check the installation accuracy of the rotor shaft to ensure the consistency of the height of the motor shaft head.
Step 3. Check the speed, steering, withstand voltage, and inter-turn of the motor.
Step 4. The air tightness test of the motor ensures that the motor has no water leakage.
Step 5. Finished product test to check the motor speed, steering, and the serial momentum of the pump body.
Step 6. Simulate the real solar operation to ensure the authenticity of the pump head flow data.
Step 7. Inspection of the water pump appearance and brand label.
Step 8. Inspection of water pumps, controllers, accessory kits, manuals, etc. before packing

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