The Solar Water Pumps, which we offer, are manufactured in compliance with the set industrial standards. We offer these Solar Water Pumps at the market leading rates to the clients. We are rated among the trusted Supplier of Solar Water Pumps, located in Karur (Tamil Nadu). Highlights

• Specially designed to utilize DC electric power from photovoltaic panels
• Work during low light conditions at reduced power
• Do not stall or overheating
• Low volume pumps use positive displacement (volumetric) mechanisms which seal water in cavities and force it upward
• Lift capacity is maintained even while pumping slowly
• Mechanisms include diaphragm, vane and piston pumps
• Differ from a conventional centrifugal pump (where higher volumes are required) that needs to spin fast to work efficiently

• A surface pump is one that is mounted at ground level
• A submersible pump is one that is lowered into the water. Most deep wells use submersible pumps
• A pump controller (current booster) is an electronic device used with most solar pumps. It acts like an automatic transmission, helping the pump to start and not to stall in weak sunlight.

• Less expensive
• Easier to install and maintain
• Provide a more consistent supply of water
• Can be installed in valleys and wooded areas where wind exposure is poor
• A PV array may be placed some distance away from the pump itself, even several hundred feet (100m) away.

• DC surface pump (centrifugal) or floating pump set
• SPV water pumping system uses the SPV array mounted on a stand and includes one of the following motor pump sets compatible with the PV array
• Centrifugal pumps are suitable for areas where water is available at shallow depths such as open wells / stream / ponds / canals etc. They are driven by a DC motor. The total head is 14 m and maximum suction head is 7m. Better performance in the form of higher water output can be achieved when the suction head is kept at the minimum.
• Submersible pumps are recommended where water table is available at higher depth (more than 14 m). It is highly efficient and rugged multistage pump. Pumps can be conveniently placed under water so as to lift water from up to 50 m depth
• AC surface or submersible pump set

• Where pressurizing is required, storage batteries stabilize the voltage, allowing consistent flow and distribution
• It is most economical to pump PV array-direct (without battery), store water in a tank, and distribute it by gravity flow.
• Its use eliminates the need for a storage tank
• Solar pumps are used on small farms, orchards, vineyards and gardens

• Solar pumps are used for private homes, villages and medical clinics
• A water pump can be powered by its own PV array, or by a main system that powers lights and appliances
• An elevated storage tank may be used, or a second pump called a booster pump can provide water pressure.
• The main battery system can provide storage instead of a tank Rain catchment can supplement solar pumping when sunshine is scarce
• To design a system, it helps to view the whole picture and consider all the resource

The Solar Water Pumps, which we offer, are manufactured in compliance with the set industrial standards. We offer these Solar Water Pumps at the market leading rates to the clients. We are rated among the trusted Supplier of Solar Water Pumps, located in Karur (Tamil Nadu). Highlights

• Specially designed to utilize DC electric power from photovoltaic panels
• Work during low light conditions at reduced power
• Do not stall or overheating
• Low volume pumps use positive displacement (volumetric) mechanisms which seal water in cavities and force it upward
• Lift capacity is maintained even while pumping slowly
• Mechanisms include diaphragm, vane and piston pumps
• Differ from a conventional centrifugal pump (where higher volumes are required) that needs to spin fast to work efficiently

• A surface pump is one that is mounted at ground level
• A submersible pump is one that is lowered into the water. Most deep wells use submersible pumps
• A pump controller (current booster) is an electronic device used with most solar pumps. It acts like an automatic transmission, helping the pump to start and not to stall in weak sunlight.

• Less expensive
• Easier to install and maintain
• Provide a more consistent supply of water
• Can be installed in valleys and wooded areas where wind exposure is poor
• A PV array may be placed some distance away from the pump itself, even several hundred feet (100m) away.

• DC surface pump (centrifugal) or floating pump set
• SPV water pumping system uses the SPV array mounted on a stand and includes one of the following motor pump sets compatible with the PV array
• Centrifugal pumps are suitable for areas where water is available at shallow depths such as open wells / stream / ponds / canals etc. They are driven by a DC motor. The total head is 14 m and maximum suction head is 7m. Better performance in the form of higher water output can be achieved when the suction head is kept at the minimum.
• Submersible pumps are recommended where water table is available at higher depth (more than 14 m). It is highly efficient and rugged multistage pump. Pumps can be conveniently placed under water so as to lift water from up to 50 m depth
• AC surface or submersible pump set

• Where pressurizing is required, storage batteries stabilize the voltage, allowing consistent flow and distribution
• It is most economical to pump PV array-direct (without battery), store water in a tank, and distribute it by gravity flow.
• Its use eliminates the need for a storage tank
• Solar pumps are used on small farms, orchards, vineyards and gardens

• Solar pumps are used for private homes, villages and medical clinics
• A water pump can be powered by its own PV array, or by a main system that powers lights and appliances
• An elevated storage tank may be used, or a second pump called a booster pump can provide water pressure.
• The main battery system can provide storage instead of a tank Rain catchment can supplement solar pumping when sunshine is scarce
• To design a system, it helps to view the whole picture and consider all the resource