【Product description】
There is an increasing demand for irrigation due to the need for higher food production for a rising world population and decreasing supplies of freshwater in the context of a changing climate. High diesel and electricity costs and often unreliable energy services affect the pumping requirements for irrigation for small and large farmers. In many rural areas, grid electricity is not, or is only sporadically, available. Using solar energy for irrigation water pumping is a promising alternative to conventional electricity and diesel-based pumping systems. Solar water pumping is based on photovoltaic (PV) technology, which converts solar energy into electrical energy to run a direct current (DC) or alternating current (AC) motor-based water pump.
Benefits
• Pumping of water in for irrigation for drinking water supply in off grid areas, easy installation.
• Farmer can cultivate multiple crops through out the year in off grid areas
• Farmer can save their time spent in collecting and transporting water.
• Lower operation expense compared to diesel pumps
• Zero emission of green house gases.
• Reduced load on national grid.
【Components list】
Typical configuration In Middle East
14.6KW Solar Panel Powered 7.5KW AC Water Pump | ||
System | Solar AC pump: 7.5kw | |
Solar panel | Type: mono solar panel(poly optional) 18 pcs in a string, 3 string in parallel | 54 Pcs |
Solar AC pump | Pump capacity: 7.5kw, 3-phase 380v Flow: Lift distance 66m, water flow 21m³/h | 1 Unit |
Pump inverter | Rated Power: 11kw, 3-phase 380v MPPT controller: 200V-700V | 1 Unit |
Solar panel ground rack | Ground rack installation Snow load:1.5kN/m2 | 1 Unit |
Combiner box | 3 inputs 1 output | 1 Unit |
Cables | From solar panel to inverter: 4mm2 PV cable:100M From inverter to pump: 3*6mm2 AC cable:100M | 1 Unit |
Working time: During sunshime time | ||



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