Surface Solar Water Pumps:These pumps are placed above the water source and pull water from shallow depths, typically up to 20 feet. Surface pumps are used for applications such as irrigation, garden watering, and water transfers from ponds or rivers.
Submersible Solar Water Pumps:Submersible pumps are installed underwater, inside deep wells or boreholes, and can lift water from greater depths, typically up to 300 feet or more.
DC Solar Water Pumps:These pumps run directly on the DC electricity generated by solar panels. DC pumps are typically more efficient than AC pumps and don’t require an inverter, making them well-suited for off-grid systems
AC Solar Water Pumps:AC pumps are powered by alternating current (AC), which requires an inverter to convert the DC electricity from the solar panels into AC power. These pumps are often used in hybrid systems or where existing AC-powered pumps are already in place.

Agriculture and Irrigation:Solar water pumps are widely used in agriculture to irrigate crops, providing a sustainable way to ensure adequate water supply for plants. These systems are particularly useful in areas where electricity or fuel-powered irrigation systems are not feasible.
Village and Rural Water Supply:In rural or off-grid communities, solar water pumps are used to supply clean drinking water to homes, schools, and hospitals, improving access to safe water and sanitation.
AquacultureSolar water pumps are used in fish farming to maintain water circulation and ensure proper oxygen levels in ponds.
Drip Irrigation Systems:Solar-powered drip irrigation systems are highly efficient for small farms and gardens, delivering precise amounts of water to plants, reducing water waste, and improving crop yields.