SOLAR PUMPING SYSTEM
Easy Photovoltech, high discharge DC pumps are proven solutions for irrigation requiring more than 15m3/hr discharge, these are ideal for canal irrigation, drip or sprinkler irrigation or transferring a large volume of water overa distance. These pumps feature robust PMMC Motor that are fail safe and require negligible maintenance in rural and remote areas, The motors are to be connected to PV array through a drive to ensure proper protection.
Easy Photovoltech Deep Well Submersible Solar Pumps comprise a comprehensive range of pumps that operate from 1200 Wp to 4800 Wp array. The pumps are made of SS AISI 304 grade and features laser welded SS impellers. The motor are high efficiency brushless DC made from rare earth magnets encapsulated in a hermetically sealed SS casing. Motors are manufactured in India which ensures easy service and field repairs by our service centers.
Applications : Drinking water supply, Deep well irrigation, High pressure sprinkler/drip irrigation and urban water transfer to over head tanks.
Note : water o/p figures are on a clear sunny day with 3 times tracking of SPV array when solar radiation on horizontal surface is 5.5KWh/Sq.m./Day.
SOLAR PUMPS AC
Easy Photovoltech offer submersible pumps with energy- efficient duty points ranging from 1 m3/h. to 280m3/h. the pump range consists of many pump size and each pump size is available with an optional no of stages to match any duty point.
Easy Photovoltech offers a complete range of pumps and motors, which as a standard are made completely of SS AISI-304. This provides good wear resistance and a reduced risk of corrosion when pumping ordinary cold water with a minor content of chloride. Drinking water, Irrigation and other Industrial application, wherever there is a need to install pump set under water. Pump Set could be used in Horizontal and Vertical application.
Note : water o/p figures are on a clear sunny day with 3 times tracking of SPV array when solar radiation on horizontal surface is 5.5KWh/Sq.m./Day *Standard Test Conditions: AM=1.5, E= 1 000W/m2, Cell Temperature: 25°C.