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Multi-objective analysis of Polish domestic power system development from point of view of unmanned factories. A cybernetic issue

Tchórzewski J.

Archives of Electrical Engineering

2016

Vol. 65, nr 3

541--558

The paper contains selected results of research on the Domestic Power System (DPS) as an unmanned factory. Models of the DPS system of the MISO type, obtained as a result of identification for 14 inputs and 4 outputs were presented. Particular attention was given to the identification and the assessment of the DPS development based on the systems and control theory. The obtained models of the DPS development were analyzed and discussed. The studies were obtained model of the development of the DPS, and on the basis of is knowledge of the structural and parametrical changes of system development. The model can be used to analyze the design and development of the system from the point of view of the growth of internal organization system and the transition to higher levels of control.

The development process of electrical power system as unmanned factory

Tchórzewski J. R.

Poznan University of Technology Academic Journals. Electrical Engineering

2009

No 59

195-204

This paper presents the development process of Electrical Power System (EPS) as self-evolving technical object in long time 0, i.e. unmanned factory, which changes its own structure and parameters. A way of identification of EPS system on the ground of control system theory is shown. EPS is characterized by a very large technical construction with specific properties of technical construction. MATLAB and Simulink environment with System Identification Toolbox were used for identification of EPS system. Next, behaviours of Evans' radical lines are searched, where the appearance of some new line means that we have structure changes. And similarly when new parameters appear we have parameters.