| Summary: | This article discusses the structure of an information
system, the mathematical and information models
of electric power systems. Currently, the major application
areas include system relaying data communication systems
and automation, automated dispatching and technological
management of electric power facilities, as well
as computer-aided calculation of energy resources. Automatic
control of excitation (ARV) synchronous machines
is one of the most effective ways to ensure the stability of
power systems. However, the variety of possible options
and modes even in a single grid pose significant obstacles
to the development of the best means of ensuring sustainability.
Thus, the use of ARVs to ensure stability in some
cases may not be sufficient. Therefore, there is a need to
develop an information system based on a mathematical
model.
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