8 Things to Know About Solar Surface Pump
What are the Different Types of Surface Water Pumps?
There are different types of Solar Surface Pumps available, each serving specific purposes based on their design and functionality. Some common types include:
These pumps use centrifugal force to move water, suitable for various applications due to their versatility.
Known for their ability to handle abrasive fluids, these pumps use a diaphragm to create suction, making them useful in specific industrial settings.
Also called progressive cavity pumps, they work well for transferring viscous fluids and are used in industries like wastewater treatment.
These pumps are appropriate for high-pressure uses like firefighting and vehicle washes because they use pistons to generate pressure.
All About Surface Mount Solar Pump
A surface-mount solar Pump is specifically engineered to function efficiently on the water’s surface, drawing water without the need for submersion. A surface mount Solar Pump lifts water efficiently without submerging, sustainably using the sun’s energy.
All About DC Surface Water Pump
DC Surface Water Pumps operate through direct current (DC) and are ideal for remote locations where access to grid electricity is limited. DC surface water pumps powered by solar energy can provide off-grid water pumping.
What is a Surface Jet Pump?
A Surface Jet Pump, you see, is a pump variety that does its thing right on the water’s surface. The pump’s impeller, a rotating component, spins into action to draw water upwards from its origin. With its adaptable capabilities, this pump excels in a variety of water-lifting situations – particularly when the source is something like a pond or shallow well where submersion is not necessary.
Difference Between a Surface Pump and a Submersible Pump
The key difference lies in their placement and functionality of these pumps
Solar Surface Water Pump
1. Surface pumps work above ground
2. Solar Surface Pumps are positioned above the water level and draw water from the surface
3. Their are placed in water sources such as ponds, rivers, or tanks
Solar Submersible Water Pump
1. Submersible Pumps work under the ground
2. These pumps are positioned under water in-depth
3. They are placed usually in deep wells, boreholes etc
Morca Provides Best Solar Surface Pumps
When you’re looking for the best solar surface pumps, Morca is on your side. Morca’s surface solar pumps are top-notch, and well-known for being reliable powerhouses that just keep going and going. Leveraging advanced technology and a drive for perfection, – they’re all about best quality performance and catering to varied water pumping demands.The average cost of Morca’s surface solar pumps: If you are looking for a 96V surface solar pump is Rs 22,231 or if you are searching for a high voltage like a 280V surface solar pump is Rs 59,666.
Apart from these, At Morca Pumps, we offer solar deep well pumps, solar open well pumps and solar monoblock pumps that are designed to meet your agricultural water supply needs.
FAQ’s
1. How to Pump Water from the Surface?
Pumping water from the surface requires the installation of a Solar Surface Pump near the water source. Using solar power, the pump effortlessly draws water up from its source.
2. How does a Solar Surface Pump Work?
A Solar Surface Pump operates by converting solar energy into electrical power through solar panels. This generated power drives the pump’s motor, enabling it to lift water from the surface source.
3. How much does a Solar Surface Pump Cost?
The cost of a Solar Surface Pump varies based on its capacity and features. On average, it ranges from Rs 50,000 to Rs 2.5 lakhs.
4. Is a Solar Surface Pump Better than a Submersible Pump?
They both have different functions. A Solar Surface Pump is suitable for lifting water from shallow sources, while a Submersible Pump is ideal for deeper water extraction. The decision is based on the source depth and particular application.
5. What is a Surface Mounted Pump?
A Surface Mounted Pump is a type of pump placed on the ground or a surface near the water source. It draws water without the need for submersion and functions efficiently using solar energy.
