It seems AI generated an answer. Right?Droop speed control and isochronous speed control are two methods used to control the speed of prime movers, such as engines or turbines, in power generation systems. They are primarily employed in parallel operation of multiple generators to maintain stable power output. Here's the difference between the two:
- Droop Speed Control: Droop speed control, also known as proportional control or speed-droop control, is a control strategy where the engine's or generator's speed is allowed to vary within a certain range around the setpoint. In a droop control system, as the load on the generator increases, the speed of the prime mover (engine) decreases, resulting in a lower power output. This introduces a speed vs. load characteristic that helps distribute the load among multiple generators in a proportional manner. It is often used in applications where load sharing is important, such as in interconnected power systems.
- Isochronous Speed Control: Isochronous speed control aims to maintain a constant speed of the prime mover regardless of changes in load. In this control mode, the engine's speed is tightly regulated, and any change in load is met with an adjustment in fuel supply to ensure the speed remains constant. This control strategy is ideal for applications where maintaining a precise and consistent frequency is crucial, such as in standalone power systems or applications requiring high stability.
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by Seth Price