Water Treatment Plant

Project Overview

By intelligently adjusting the water pump, the pressure of the water treatment plant pipeline network is stabilized, avoiding energy waste and equipment loss, adapting to water volume fluctuations, and ensuring stable water supply.

Advantages of the Project

Dynamic pressure stability

The VFD monitors the pressure of the pipeline network in real time, intelligently adjusts the speed of the water pump, ensures a constant outlet pressure of the water treatment plant, avoids pressure imbalance caused by water volume fluctuations, and ensures the stability of the backend water supply.
Efficient energy conservation and consumption reduction

Automatically matching the power of the water pump according to actual needs, eliminating energy loss caused by traditional valve throttling, significantly reducing the operating energy consumption of the water treatment plant, and improving overall energy efficiency.
Reduce equipment wear and tear

By using soft start, smooth speed regulation, and avoiding frequent start stop, the mechanical impact and vibration of water pumps, motors, and pipelines are significantly reduced, extending the service life of key equipment and reducing maintenance costs.
Intelligent adaptation to traffic changes

Automatically adjust the operation strategy (such as multi pump collaborative switching) for water treatment plants in response to day night or seasonal fluctuations in water volume, ensuring efficient water supply while avoiding resource waste.

Case Study

Application of VM1000B VFD in reclaimed water reuse system

The SAJ VM1000B VFD is applied in the reclaimed water reuse system to achieve intelligent constant pressure water supply, with efficient start stop and multiple protection functions, ensuring stable system operation, effectively saving water and improving water resource utilization.
Application of VM1000B VFD in sewage treatment

VM1000B VFD helps upgrade the sewage treatment industry, achieving precise motor speed regulation, intelligent energy-saving control, improving treatment efficiency and stability, reducing energy consumption and maintenance costs, and promoting sustainable development of the environmental protection industry.