True or false: A turbine governor with high speed droop is desirable.

A turbine governor with high speed droop is generally considered undesirable for most applications. High speed droop refers to the characteristic of a governor where there is a significant decrease in speed with an increase in load. This can lead to instability in the power system because it indicates that the governor is slow to respond to changes in load or demand.

In power generation, maintaining a consistent and stable frequency is crucial, especially in interconnected systems where multiple generators are operating together. A governor with high speed droop can result in fluctuations in speed, causing synchronization issues and potentially leading to system instability.

Ideally, a turbine governor should have low speed droop, which allows it to respond more quickly to changes in load, ensuring that output remains stable and frequency deviations are minimized. Therefore, the answer indicating that a turbine governor with high speed droop is desirable is false.

In certain niche applications, a higher droop may be acceptable or even required to accommodate specific operational characteristics, but this is not the norm for standard power generation systems. Thus, the statement stands as false in most typical scenarios.