В статье уделено внимание вопросам использования сетецентрического подхода при формировании активноадаптивной системы оперативного обслуживания элементов энергосистемы в условиях идеологии Smart Grid.
Определен точностной критерий отсева вариантов технической реализации этой системы, реализующей концепцию
«обслуживания на основе отклика»
У статті приділена увага питанням використання сетецентричного підходу при формуванні активно-адаптивної
системи оперативного обслуговування елементів енергосистеми в умовах ідеології Smart Grid. Визначений точносний
критерій відсіювання варіантів технічної реалізації цієї системи, що реалізує концепцію «обслуговування на основі
відклику»
Purpose. Development of precision selection criteria of options
of technical realization of effective active and adaptive system
of expeditious service of elements of a power supply system in
the conditions of network-centric management. Methodology. In
development of power supply systems their evolution from the
elementary forms using elementary network technologies and
models of interactions in power to more irregular shapes within
the concept of Smart Grid with elements of network-centric
character is observed. This direction is based on Internettechnologies of the last generation, and realize models of power
activity which couldn't be realized before. Results. The number
of possible options of active and adaptive system of expeditious
service of elements of a power supply system is usually rather
big and it is difficult to choose the acceptable option by direct
search. Elimination of admissible options of the technical
realization constructed on the principles of a network centrism
means application of the theory of multicriteria optimization
from a position of discrete programming. The basis of
procedure of elimination is made by algorithm of an assessment
of system by criterion of accuracy. Originality. The case of an
assessment of the precision characteristic of system at
restrictions for the set accuracy is connected with need of
decomposition of requirements of all system in general and on
separate subsystems. For such decomposition the ratios
connecting the accuracy of functioning of a separate subsystem
with variations of parameters of all system, and also with
precision characteristics of subsystems of the lower levels
influencing this subsystem are received. Practical value. In the
conditions of the network-centric organization of management
of expeditious service of elements of a power supply system
elimination of options of subsystems when using precision
criterion allows to receive the maximum number of essentially
possible options of system of service taking into account the
accepted service strategy
