How To Achieve A Better Switch Between The Regenerative Blower And The Motor?

How to Achieve a Better Switch Between the Regenerative Blower and the Motor?

When a regenerative blower and a motor are integrated into the same unit, they can be switched between each other, enabling the mechanical equipment to achieve different operational states. However, the key question is: how can we achieve an optimal switch between the regenerative blower and the motor? This requires deeper consideration.

Regarding the switching process from the regenerative blower to the motor, it is primarily achieved in two ways:

Based on Blower Wind Speed: When the wind speed remains consistently low, the motor, while operating in a grid-connected state, will switch to the "Engaged G2" status. When the wind speed exceeds a corresponding threshold value, the motor needs to be switched to the "Idling G1" operational state.

Based on Blower Idling State: When the regenerative blower is idling, the action of a motor with corresponding power is required to increase its wind speed to a certain level. Once this level is reached, it will automatically enter the G1 operational state.

In this way, switching between the regenerative blower and the motor is achieved.