Jilu3Solar-powered photovoltaic submersible pump, stainless steel deep well pump, high-flow agricultural irrigation pump, exported to Africa

Solar-Powered Photovoltaic Stainless Steel Deep Well Submersible Pump – High-Flow Agricultural Irrigation Pump for Off-Grid & Remote Applications

Harness the power of the sun to deliver reliable, high-flow water supply from deep wells with our Solar-Powered Photovoltaic Stainless Steel Deep Well Submersible Pump. Engineered for agricultural irrigation, rural water supply, and off-grid applications in Africa and other sun-rich regions, this pump combines a full stainless steel construction with efficient solar-powered operation to deliver dependable performance without grid electricity. Available in four models – 3SSH1.3/50, 3SSH1.6/80, 3SSH1.8/120, and 3SSH2.2/140 – to match a wide range of well depths and flow rate requirements.

Key Benefits

• Solar-Powered Off-Grid Operation – Designed to run directly from photovoltaic (solar) panels without grid electricity, making it the ideal solution for remote farmland, rural villages, and off-grid agricultural irrigation systems in Africa and other sun-rich regions where reliable grid power is unavailable.
• Full Stainless Steel Construction – The pump body, impeller, and shaft are manufactured from high-grade stainless steel, providing superior corrosion resistance, long service life, and hygienic water delivery in deep well environments – significantly outperforming plastic or cast iron alternatives in durability and reliability.
• High-Flow Deep Well Performance – Engineered for high flow rates at significant well depths, delivering strong, consistent water output for large-scale agricultural irrigation, livestock watering, and community water supply applications that demand reliable high-volume water delivery.
• Multiple Models Available – Choose from 3SSH1.3/50-D24/140, 3SSH1.6/80-D36/400, 3SSH1.8/120-D60/600, and 3SSH2.2/140-D72/900 models to precisely match your well depth, required flow rate, solar panel voltage, and power input specifications.
• Energy-Efficient & Low Operating Cost – Solar-powered operation eliminates fuel and electricity costs, dramatically reducing the long-term operating cost of water supply and irrigation systems compared to diesel or grid-powered pumps – ideal for cost-conscious agricultural operations.
• Export-Ready for African & Tropical Markets – Specifically designed and tested for the demanding conditions of African agricultural environments, including high solar irradiance, sandy water conditions, and remote installation requirements – with proven reliability in export markets across Africa and Southeast Asia.

How to Install & Use

Select the appropriate pump model based on your well depth, required flow rate, and available solar panel power output. Install the solar panels at the optimal angle and orientation to maximize daily energy generation. Connect the solar panels to the pump controller using the appropriate DC cable and connectors for your model’s voltage and power specifications. Lower the pump into the well using a safety rope or cable, ensuring it is fully submerged and positioned at least 1 meter above the well bottom to prevent sediment ingestion. Connect the discharge pipe to the pump outlet and route to your storage tank or irrigation distribution system. Switch on the controller and verify water flow at the outlet during daylight hours. Install a float switch or water level sensor to prevent dry running. Inspect the pump, cable, and solar panels regularly for wear or damage. For optimal performance, clean solar panels regularly to remove dust and debris.