Field Irrigation
Year-round crop irrigation.
Solar Agricultural Pump System
Power irrigation pumps with sunlight - eliminate diesel costs and reduce environmental impact.
What It Is
Our solar-powered agricultural pump systems eliminate the need for diesel generators or expensive grid connections. With direct DC pump coupling and integrated MPPT controllers, these systems are highly efficient. Suitable for shallow wells, borewells, and surface water sources.
Key Benefits
- Eliminate diesel pump operating costs
- Zero grid electricity needed
- Low maintenance requirements
- Increase water pumping hours
- Government subsidy available (PLI scheme)
Use Cases
- Field irrigation
- Bore well pumping
- Surface water lifting
- Livestock watering
- Garden and nursery irrigation
Pump System Specifications
Choose pump capacity based on your water source and irrigation needs.
- Depth Range
- 0-100 m
- Discharge
- 500-5000 L/hour
- Panel Size
- 2-10 kW
- Duty Hours
- 6-10 hours/day
Technical Specifications
Pump Type
Submersible/Surface/Centrifugal
Power Ratings
2-10 kW
Suction Lift
7-10 m (surface)
Discharge Head
10-100 m
Controller Type
MPPT/PWM
Panel Voltage
12V-480V DC
Water Flow Rate
500-5000 L/hour
Operating Hours
6-10 hours per day
Industries & Applications
The same rooftop architecture, specified for how each site actually uses power.
Livestock
Water for animals and livestock.
Horticulture
Garden and nursery watering.
Aquaculture
Fish pond and tank water circulation.
Government Incentives & Support
Agricultural solar pumps are heavily subsidized under the Production Linked Incentive (PLI) scheme and state PM-KUSUM programs.
Farmers can avail 90% subsidy on system cost under PM-KUSUM scheme (only 10% farmer contribution). Additional benefits include viability gap funding and interest-free loans.
Frequently Asked Questions
Yes, our systems support submersible pumps for depths up to 100 meters. We design the system based on your bore well depth and water yield.
During monsoon, solar generation is reduced. If you need continuous water supply, we recommend adding battery backup or grid connection.
In good sunlight conditions, typically 6-10 hours per day. Maximum discharge occurs during peak sun hours (10 AM - 2 PM).
While our systems are designed for solar-only operation, hybrid systems with diesel backup can be implemented for higher reliability.
Ready to get started?
Request a quote for Solar Agricultural Pump System today
Related Products
Explore other solutions in the Agriculture category
Ready to Get Started?
Get a personalized quote for Solar Agricultural Pump System and discover how much you can save. Our solar experts will assess your needs and provide the best solution for your requirements.