Sentence examples for fault detection speed from inspiring English sources

In order to maintain power system stability, modern transmission networks demand a high fault detection speed.

The experimental results show that the fault detection probability and the fault detection speed are improved significantly, compared with the previous approaches.

In recent years, order tracking methods based on time frequency representation have been proposed for bearing fault detection under speed variation operating conditions.

It has been observed that the proposed method enhances the fault detection under fluctuating speed conditions.

Both simulated and experimental results demonstrate that the proposed method is robust to noise and effective for bearing fault detection under variable speed conditions.

Consequently, it is essential to design an efficient DC protection strategy, especially the high speed fault detection, fast fault isolation and reliable fault identification.

For instance, a fault characteristic order (FCO) analysis method was proposed to extract the vibration signal components related to rotational speed from the time frequency representation (TFR) for gear fault detection under time-varying rotational speed (Wang et al. 2014).

A high-speed fault detection and isolation method that utilizes the natural characteristics of the DC difference was presented in [80], and made it possible to use the high-speed circuit breaking technologies.

Thus, it is possible to speed up fault detection during test cases execution by placing C and E at the beginning of the test suite.

At the same time in the 1990s, with the continuous expansion of the power network, the demand for fast fault clearance to improve system stability encouraged research into non-power system frequency fault detection techniques to increase the speed of the relay response.

Early fault detection and diagnosis for medium-speed diesel engines is important to ensure reliable operation throughout the course of their service.