A solar pump uses photovoltaic panels to convert sunlight into electrical energy, powering a motor and pump to lift water from a borehole, river, lake, or pond.
This reliable, cost-effective, and environmentally friendly solution is ideal for off-grid, remote locations where traditional electrical power is unavailable, offering a smart, renewable alternative.
Solar Pump
A solar PV system drives the DC motor through a pump controller, making it an efficient solar energy-powered sustainable solution for farming and daily use. The brushless DC motor inside a submersible pump ensures low maintenance, durability, and rust resistance through its stainless steel body built for outdoor use.
MPPT controller technology optimizes power usage from solar panels, ensuring the solar-driven system performs consistently even when sunlight and voltage conditions vary throughout the day.
Solar Water Pump
A solar water pump converts solar energy into DC electricity via solar PV modules and solar cells, then drives an impeller to propel water movement through a pipe. The pump controller or VFD (variable frequency drive) manages DC to AC conversion, ensuring the motor operates reliably with varying solar irradiance and water output throughout the day.
Submersible models are suited for deep underground wells, while surface types work best for shallow wells, rivers, lakes, and open surface water sources. AC solar pump systems support high flow rates and greater pressure output.
whereas DC pump units are preferred for domestic, livestock, and fountain off-grid applications. Choosing between submersible and surface types depends on well depth, terrain, required flow rate, maximum head, and whether a battery bank or direct solar panels input is used.
Solar Pump Price
When evaluating this type of pump’s cost-effective options, consider size, motor type, flow rate, maximum head, voltage (12V, 24V, or 48V), and the number of solar panels required for your setup. A 100W solar panel kit with MPPT charge controller, water level sensor, and 3-in submersible pump offers a complete plug-and-play DIY solution for medium-sized farms and gardens.
Entry-level DC solar pump models with a 220W motor and 150 ft lift are affordable for small to mid-scale users, while a 600W motor unit reaching 262 ft suits commercial-scale farming.
The VEVOR and Zimuli pumps offer direct solar input with no inverter and minimal maintenance, making them cost-effective for continuous irrigation and reducing total investment over a long period.
High-capacity options like the Harabayu pump deliver 13 gallons per minute at 262 ft, featuring overvoltage shutdown and dry run protection, making them worth the price for orchards and large community irrigation.
Brand-Specific Solar Pumps
Shakti Solar Pump
A Shakti solar pump is powered by photovoltaic panels that convert sunlight into electrical energy, driving a motor and pump to supply water for agriculture and domestic use. These submersible pump systems feature stainless steel rust-free motor sets, a pump controller, an ALMM-certified and BIS-certified solar PV module, and hot-dip galvanized iron module mounting structures.
The module mounting structures allow sun adjustment three times a day and can withstand speeds of 150 km/hr, making the system durable for outdoor off-grid remote location installations. Accessories, including pipe, cable, and optional remote monitoring, are available, with a warranty against manufacturing defects covering the pump, controller, module, and pump kit components.
Shakti pump solutions support both DC and AC motor configurations, with VFD integration for AC pumps, delivering a reliable water supply for irrigation, livestock, and domestic water supply.
CRI Solar Pumps
CRI solar pumps operate on photovoltaic panels, converting sunlight to DC electrical energy, which powers the motor and pump to deliver water from bore wells, rivers, or lakes. These surface pump and submersible pump systems are designed for agriculture, irrigation, domestic water supply, community water supply, and livestock management across remote areas and off-grid locations.
CRI pump units support both AC and DC configurations with an integrated pump controller or VFD (variable frequency drive).
Ensuring optimal power management and consistent water output under varying solar irradiance. Built with stainless steel rust-free components, CRI pumps offer a long lifespan, minimal maintenance, high-quality materials, and a warranty covering defects and malfunctions for long-term reliable operation.
With options ranging from low-flow DC pump units for fountains and domestic use to high-flow rate AC pump systems for commercial irrigation, CRI covers all application needs efficiently.
Government Schemes and Subsidies
Kusum Solar Pump Yojana
It is a government scheme that supports farmers in adopting pump technology to replace grid power and fuel-based pumps for agriculture and irrigation needs. Under this scheme, solar PV modules, a pump controller, a motor, and full solar water pumping system components are subsidized, reducing the single-time investment required for off-grid farming setups.
Farmers receive financial support to install submersible pump or surface pump systems, improving water availability across all seasons to cultivate multiple crops every year reliably. The scheme promotes renewable energy, reduces carbon emissions, and decreases pollution.
It helps maintain a clean environment by replacing fuel-based pumps with solar energy-powered sustainable solutions. Beneficiaries can connect their pump to sprinkler and drip irrigation systems to prevent water loss, improving crop yields and enabling efficient water supply for livestock and domestic use.
MP Solar Pump
The MP solar pump initiative under the Madhya Pradesh government supports rural farmers in installing solar water pump systems for agriculture, irrigation, and domestic water supply across remote areas of the state.
The program covers solar PV modules, pump controllers, motors, stainless steel pump kits, pipes, cables, and accessories, with a warranty against manufacturing defects for all installed components.
Farmers in MP benefit from off-grid water availability throughout the day, allowing multiple crops to be cultivated every year and supporting sprinkler and drip irrigation connectivity to prevent water loss.
The MP pump program eliminates dependence on grid power and fuel, delivering a cost-effective, reliable, and environmentally friendly water supply with low maintenance and single-time investment benefits.
With options for both DC pump and AC pump configurations using a VFD or pump controller, the MP scheme ensures efficient water output suited to varied well depth and terrain conditions.
Solar Pump Yojana MP
Solar Pump Yojana MP is a state-level government scheme providing a subsidy to farmers for adopting solar energy-powered solar water pump systems for sustainable agriculture and irrigation.
The scheme promotes the use of ALMM-certified and BIS-certified solar PV modules with hot-dip galvanized iron module mounting structures, adjustable towards the sun three times daily for maximum solar irradiance capture.
Beneficiaries can access submersible pump systems for deep well applications or surface pump setups for rivers, lakes, and shallow wells in their farms. The initiative supports drip irrigation, sprinkler systems, and community water supply, reducing carbon emissions, cutting fuel costs, and enabling water availability across all seasons for multiple crops.
Remote monitoring options, earthing, and lightning protection are included in supported installations, ensuring safe, efficient, and long-term reliable operation of each solar water pumping system.
CM Solar Pump
This pump scheme is a chief minister-led government initiative that provides farmers access to pump systems, reducing reliance on grid power, fuel, and expensive electricity for irrigation.
Under the CM Pump program, complete solar water pumping system packages, including solar PV modules, motors, pump controllers, pipe, cables, and accessories, are provided with subsidy support.
The scheme ensures water availability during daytime for crop watering, enabling farmers to cultivate multiple crops every year without depending on erratic grid power or costly fuel supplies. CM Solar Pump installations use stainless steel, rust-free motor sets with ALMM- and BIS-certified panels.
It was built to withstand outdoor conditions and deliver reliable, long-period, low-maintenance performance. This government scheme reduces carbon emissions, decreases pollution, supports a clean environment, and promotes renewable energy adoption among farmers across remote areas and off-grid agricultural zones.
CM Solar Pump Yojana
It extends government subsidy benefits to farmers seeking solar energy-powered irrigation solutions, replacing fuel pumps with cost-effective solar water pump systems for sustainable farming.
Eligible farmers receive support for installing submersible pump or surface pump units powered by photovoltaic panels, with an MPPT controller or VFD ensuring optimal DC to AC conversion efficiency.
The CM Solar Pump Yojana covers deep well applications with a brushless DC motor, stainless steel body, dry run protection, overvoltage shutdown, and automatic restart features for uninterrupted water supply. Farmers can connect subsidized systems to drip irrigation and sprinkler networks, maximizing water use efficiency, reducing water loss, and improving crop yields for livestock and domestic needs.
The yojana promotes single-time investment for a long period with earthing, lightning protection, remote monitoring, and full warranty against manufacturing defects on the pump, controller, module, and pump kit.
FAQs about Solar Pump
What is a solar pump?
A solar pump uses photovoltaic panels to convert sunlight into electrical energy to lift water from bore wells, rivers, or lakes.
How does a solar water pump work?
It converts solar energy into DC electricity via solar PV modules, powering a motor and impeller to propel water through a pipe.
What is the benefit of a solar pump over an electric pump?
A solar pump runs without grid power or fuel, offering a cost-effective, environmentally friendly, and reliable water solution for off-grid and remote areas.
Which solar pump is best for agriculture?
A submersible solar pump with an MPPT controller, brushless DC motor, and dry run protection is best for deep well agricultural irrigation needs.
Is there a government scheme for solar pumps in India?
Yes, schemes like Kusum Solar Pump Yojana and CM Solar Pump Yojana provide subsidies to farmers for installing solar water pump systems across remote agricultural areas.