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PV pumping system provide water or power supply for the lack of electricity in remote area. PV pump controller converts the DC power from solar panel to AC power drive various types of water pumps. The PV pumping system enables continuous operation to supply power and water when in good weather. Pumping system without equipped supply storage battery devices, and the best way is pumping water to conservation pool ready for future use. Water source can derived from river, lake, well, or other natural water source and special source.
☆ Compared with conventional solar controller, solar power utilization was improved 10~30%
☆ Using improved MPPT algorithm, solves the power wasted by constant pressure method, low tracking accuracy, cannot adapt to environmental
change, and solve the issue of traditional method of perturbation and observation systems are vulnerable to shocks
☆ In low-light conditions, still has good control performance
☆ Overheat monitoring function, when the ambient temperature reach the limit, the controller will reduce the output power and maintain the
operation, when the temperature controller returns to safe levels, restoring full power output
☆ Internal diagnostics, allows lower input voltage to run
☆ LED screen provides a detailed description of the System State
☆ Provides pump block overloaded, high voltage surges, low input voltage, the motor phases, short circuit, overheat protection.
Purchase Option
PV pumping system provide water or power supply for the lack of electricity in remote area. PV pump controller converts the DC power from solar panel to AC power drive various types of water pumps. The PV pumping system enables continuous operation to supply power and water when in good weather. Pumping system without equipped supply storage battery devices, and the best way is pumping water to conservation pool ready for future use. Water source can derived from river, lake, well, or other natural water source and special source.
☆ Compared with conventional solar controller, solar power utilization was improved 10~30%
☆ Using improved MPPT algorithm, solves the power wasted by constant pressure method, low tracking accuracy, cannot adapt to environmental
change, and solve the issue of traditional method of perturbation and observation systems are vulnerable to shocks
☆ In low-light conditions, still has good control performance
☆ Overheat monitoring function, when the ambient temperature reach the limit, the controller will reduce the output power and maintain the
operation, when the temperature controller returns to safe levels, restoring full power output
☆ Internal diagnostics, allows lower input voltage to run
☆ LED screen provides a detailed description of the System State
☆ Provides pump block overloaded, high voltage surges, low input voltage, the motor phases, short circuit, overheat protection.
Purchase Option
