Irrigation in Water-Scarce Areas

Project Overview

The inverter drives the photovoltaic water pump to solve the problem of non grid irrigation in areas with power shortages. Through intelligent speed regulation to adapt to light fluctuations, stable off grid water supply is achieved.

Advantages of the Project

Off grid power supply capability

Directly using photovoltaic power generation to drive water pumps, without relying on the power grid, completely solves the problem of irrigation in areas without power grid coverage.
Speed regulation to adapt to light fluctuations

By automatically adjusting the speed of the water pump and matching the unstable lighting conditions of the photovoltaic panel output in real time, efficient operation is ensured under different weather conditions.
Efficient utilization of energy

Frequency conversion technology optimizes motor power output, avoids energy waste, maximizes solar energy conversion efficiency, and reduces overall system energy consumption.
Stable water supply guarantee

Maintain stable water pressure and flow in an off grid environment, overcoming the problems of interruption or insufficient water pressure caused by changes in lighting in traditional photovoltaic water pumps.

Case Study

Solution for the application of solar pumping in landscape fountain systems

The SAJ solar pumping system drives the landscape fountain, intelligently controls the liquid level pressure, efficiently tracks solar energy with MPPT, supports backup power supply, is safe and energy-saving, and beautifies the environment without the need for grid power.
Application of VM600G VFD in music fountain

SAJ VFD drives the music fountain system, realizing the water column to move with the rhythm of music, reducing startup energy consumption, supporting infinite speed regulation and intelligent commutation, and creating energy-saving dynamic water landscape art.
PDS33 Controller Application in Egyptian Farmland & Orchard Irrigation
The PDS33 solar pumping system supports Egypt's desert reclamation by:
- Advanced MPPT solar tracking
- Hybrid grid-solar power supply
- Remote smart water management
Addressing water scarcity through sustainable irrigation for agricultural development.