
Our agricultural solar solutions provide efficient and reliable solar-powered systems designed to support modern farming and irrigation requirements. Solar pumping systems help farmers access dependable water for irrigation while reducing dependence on conventional electricity and diesel-powered pumps.
From water assessment and pump selection to professional installation, testing and maintenance, we provide complete solar pumping solutions designed for reliable performance in agricultural environments.
We provide carefully planned solar pumping systems based on water requirements, borewell conditions and farm irrigation needs to deliver efficient and dependable performance.
Efficient and reliable solar-powered solutions designed to support modern agricultural irrigation.
Pump size planned based on borewell depth and farm irrigation needs.
Surface, submersible, or mono-block pumps selected for maximum water discharge.
High-efficiency solar modules designed for harsh weather and dusty environments.
Ensures smooth pump operation and protects motors from voltage issues.
Optimised wiring, mounting structures, and proper earthing for rural areas.
Operates directly on solar energy with optional battery backup if required.
Pump discharge and motor performance tested before system handover.
Quick support and annual maintenance plans to ensure long-term performance.
From technology to timelines, find all the key answers in one simple place.
Yes. A solar water pump can operate directly using solar energy during suitable sunlight conditions, reducing dependence on grid electricity or diesel.
The operating hours depend on sunlight availability, solar system capacity, pump size and irrigation requirements. The system can be designed according to the required daily water demand.
Yes. Solar pumping systems can be designed for different water depths. The appropriate pump type and capacity are selected based on borewell depth, water level and required water discharge.
Regular cleaning of solar panels, inspection of wiring and mounting structures, and periodic pump and controller checks help maintain reliable system performance. Annual maintenance plans can also be arranged for continued support.