Sentence examples for limit faults from inspiring English sources

Based on the analyses and experimental studies of the control and monitoring for all-parallel AT (auto-transformer) power supply mode of the high-speed railway in China [11, 17], the segmented power supply has become an effective approach for timely removal of faults, which limit faults to a minimum scope so that failure effects can be reduced to the minimum.

Through theoretical analysis and digital simulation, it is found that the resistor type superconducting fault current limiters not only limit fault current but also protect synchronization of generators.

The fault current limiter (FCL) is an effective and promising measure to limit fault currents and improve reliability of power systems.

The fault current limiter (FCL) has been one of the most promising methods to limit fault currents in power systems.

But they must also limit fault currents which would otherwise be increased by such distribution-level links.

In this paper, a Thyristor-Controlled Series Reactor (TCSR) is used to limit fault current and enhance power system stability simultaneously.

If a voltage limit fault occurs in the microgrid, the protection will act rapidly.

On the other hand since power sources are connected to the grid through controllable converters, the microgrid can limit fault currents by changing the setpoints of these converters.

The process of self-adaptation control under the three conditions of normal optimized operation, communication interrupt and voltage limit fault will be analyzed below.

The fast acting grounding devices to limit fault current on the basis of solid-state technology need more attention as well.

Numerous proposed and developed superconducting fault current limiters and self-limiting transformers limit successfully fault currents but do not provide uninterrupted supplying of consumers.