Any heavy-duty operation requires energy to execute the mechanism of any device. And while you involve the fuels for supplying the required energy, it always emits huge amounts of carbon in the environment.

So, to rectify environmental pollution threats, industrial authorities find out some renewable sources of energy such as solar energy.

Today, pumping technology has also been developed at a high level to run by solar energy for required power generation.

So, here you will get profound knowledge about one of the most convenient pumping technologies based on solar energy.

This technology plays a vital role in our agricultural growth, providing the scope to execute convenient pumping mechanisms in heavy-duty operations like irrigation.

And while the matter of solar pumping comes, you must look at the compatible mechanism of solar submersible pumps.

What is A Solar Submersible Pump?

The solar pump is a device that has compatible integration to lift liquid from low surface to high surface.

And the particular integration converts solar energy into electrical energy using photovoltaic panels.


Now, a solar submersible pump is a next-gen device that can work in the depth of water. While you need to lift liquid from any water surface, which is 10 meters below from the ground, you must opt for the cost-effective technology of a submersible solar pump.

This type of pump has a smaller suction head. While you use this pump in the bore well, it will always remain immersed under the water.

When You Need A Solar Submersible Pump?

In the dry season, farmers have to face many issues to supply water for the growth of the plants.

Because, in summer days, some particular areas face low-voltage power supply problems. So, the entire agricultural industry suffers from less availability of power.

Besides, even after having the availability of power supply, the farmers don’t have a good concept of how to use the pumping unit for making the pitch watered properly.


So, a solar submersible pump comes with an incredible automatic functional technology. This technology provides a specific control panel for agricultural irrigation.

For electricity generation, PV cells play a vital role to execute the mechanism of a solar submersible pump in cases of plant irrigation.

And this solar energy generated electricity is stored in batteries, which are rechargeable. These batteries produce power for the whole operation.

This submersible solar pump involves a controller for pumping water from the bore well and sends it to the storage tank.

Then, the submersible pumping unit pulls the water to the slope of the field, where the sprinkler supplies water to the plants.

How Automatic Solar Submersible Pump Works For Irrigation?

The entire system of submersible solar pumps works in sunlight. In daylight, this device opts for a dignified way to utilize the electric power throughout the dry season while the need for water reaches the highest.

This pump always works as a reliable device to keep the water source active for the plantation.
A solar submersible pump has particular integration to drive water for flawless function using three variables: pressure, flow, and power.
Now, know about the major components that play a significant role in executing this automatic solar submersible system.

Solar Panel

This integration of these panels is based on solar cells, which are made of semiconductor materials.

For the execution of the circuit functionalities, this pumping unit needs efficient energy. So, in the conversion of solar energy into electrical energy, solar panels play a direct role. According to a load of circuit functionality, the number and size of solar panel cells are defined.

Therefore, a group of solar cells produces the maximum amount of electricity.

But, here, you need to keep in mind that you have to place the solar panel at a suitable angle, where it can collect the sunlight.

➔ This solar-powered submersible system can collect water from rivers, drilled wells, springs, ponds, etc.

The Submersible Pump

The whole equipment of this solar system includes a submersible pump, an efficient pumping unit for irrigation, a water pump, and the particular association of pumping devices.

A steel casing protects the solar submersible pump from any environmental damage inside the Well pit in the application field.

And at the junction point of the open channels, it collects natural streams of water. Within a particular timing gap, the pump controller sends the water to the specific storage tank.

An efficient control unit sets the time frame. The efficient design of this solar energy-based pumping unit deals with 450W power.

And the high capability of the device provides you with the facility of pumping 2000 litres per minute.

PV Panels

The functionality of photovoltaic cells depends on the size of the submersible solar pump. A specific amount of power, which is esteemed in watts, operates the solar submersible system. The capacity array of PV panels ranges between 200 to 500 watts. For creating the essential array of PV power, multiple modules are involved.

Charging Controller

For any solar-powered device, a solar charge controller plays the key functionalities.

For the maintenance of voltages for charging the batteries, this controller maintains the voltage and current of the solar power panel to deal with the corresponding power loads. As per this load, the number of batteries is required. It takes care of periodic charging and uncharging conditions.

All the details showcase the mechanisms of a solar submersible pump, which operate the irrigation system.

This pump produces authentic water sources for the plants, while the necessity of water reaches high.

This type of pump is such a device that has evolving technology for the generation of electrical energy.

And all the descriptions will help you accept a submersible solar water pump as a reliable device for agricultural irrigation.

This type of pump contains solar panels, a battery, and a charge controller; it always provides flawless service to convert solar energy into DC for operations.

Author

Mike Brown has done Masters in Hydrology and Water Management. He loves coffee and likes to lecture people on climate change. He plays PUBG when he is not working.

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