Übersetzung für "Bay controller" in Deutsch

A further advantage is that the use of a reduced topology makes it possible to manage with comparatively lower computer power and smaller memory space in an individual bay controller or protective device, which saves costs.

The fort controls the bay, I control the fort.

The bay controls the commerce.

Within this application, bay controllers and/or protective devices are referred to together as devices.

On this basis, GOOSE connections for a communication network between the respective bay controllers and protective devices are automatically parameterized.

From its long-time headquarters at York Factory on Hudson Bay, the company controlled the fur trade throughout much of the English and later British controlled North America for several centuries.

British diplomats wanted a border further south along the Columbia River, so as to maintain the North West Company's (later the Hudson's Bay Company's (HBC)) control of the lucrative fur trade along that river.

Expanding the suffrage was the result of battles fought between the three fronts of the white Bahamian oligarchy, known as the Bay Street Boys, controlling the colony's legislature, London-appointed colonial administrators as well as the broad masses of the Bahamian population and their political vanguard.

The automation devices may be meters, so-called electrical protective devices or bay controllers, which are installed in substations for electrical power supply systems.

The automation devices may be what are known as electrical protective devices or bay controllers, which are installed in substations of electrical power grids.

The invention addresses the problem of providing on the basis of the known method according to the DIGSI 5 software, a method with which an automatic parameterization of interlocking and/or enabling conditions for bay controllers and/or protective devices of a switching arrangement can be performed, and adapted if need be, particularly easily, safely and quickly.

It is an advantage of automatic parameterization that the interlocking and/or enabling conditions are automatically derived from the topology, because the planning effort for a new bay with bay controllers and/or protective devices is therefore low.

It is also advantageous that, when the bay is changed, such as for example when new bay controllers and/or protective devices are used, or when there is a changed supply system, an updating of the interlocking and/or enabling conditions can be performed particularly quickly and easily.

The necessary adaptation of the parameterization of the bay controllers and/or protective devices is subsequently performed automatically by the method according to the invention.

In a further preferred embodiment of the method according to the invention, a switching arrangement is part of an electrical supply system and a single-line diagram of the interconnection of bus bars, bays, power system groups, power circuit breakers, disconnectors, bay controllers and/or protective devices is used as topology information.

This is of advantage, because the central recording of all important data in a general configuration file provides a simple overview and easy possibility for updating data, while the specific configuration files make automatic parameterization of the individual bay controllers and/or protective devices possible.

Consequently, the following new aspects are obtained in direct comparison with the known methods for parameterizing interlocking and/or enabling conditions for bay controllers and/or protective devices of a switching arrangement:

In a further preferred embodiment of the method according to the invention, the supply system in the sense of the invention is an electrical power transmission system or a fluid-conducting transmission system, such as for example a water supply system or a gas supply system, which can be respectively controlled by corresponding bay controllers and switching valves.

In a further preferred embodiment of the method according to the invention, the established interlocking and/or enabling conditions are stored in a general configuration file, which contains parameters of the bay controllers and/or protective devices, and in each case details specifying the interlocking and/or enabling conditions that are relevant for an individual device on the basis of the detected topology and the communication connections that are parameterized for the respective device are stored in each case in a device-specific configuration file, which is transmitted to the respective device.