Sentence examples for fast controllers from inspiring English sources

With the increasing penetration of distributed generations (DGs) in distribution systems, new challenges are introduced into voltage control of distribution systems, such as the frequent switching operations of traditional voltage control devices, resulted from rapid voltage fluctuations, and coordination between traditional voltage control devices and fast controllers such as inverters in DGs.

Fast controllers will be dedicated industrial controllers with the ability to supervise other fast and/or slow controllers and interface to actuators, sensors and high performance networks.

The ITER Organization has selected PCI Express and Ethernet for IO intercommunication to be used for plant system instrumentation for fast controllers.

The Advanced Telecommunications Computing Architecture (ATCA) standard defines a high performance technical solution that meets the requirements for fast controllers on large-scale physics experiments like ITER.

Fast controllers will be dedicated industrial controllers with the ability to supervise other fast and/or slow controllers, interface to actuators and sensors and high performance networks (HPN).

A general method of integrating the different DG regions, with their inner-loop fast controllers involved, is deployed to include any distribution network connecting the DG regions to each other and to external loads.

In the fast controller, an additional control signal was designed to compensate for the deviation of the joint elastic force from the integral manifold due to the effect of model uncertainties.

As a result, a fast controller, robust to both machine and load parameters variations, is obtained.

In general, the harmonic profile of a fast controller has wide distribution due to the large bandwidth of the controller.

This prototyping activity contributes to the ITER Plant Control Design Handbook (PCDH) effort of standardization, specifically regarding fast controller characteristics.

The controller is composed of two parts: a fast controller and a slow controller to regulate the joint elastic force, the position and contact force respectively.