Pushkar M. Self-excitation andregulation in autonomous power generating systems with induction generators

Object of study: Avtonomous electric power generation system with self-excited induction generators. Objective: Development of self-excitation process analysis method using differential matrix equations aimed at improving the quality voltage regulation and power generation in autonomous systems based on induction generator with capacitor excitation by improving approaches to manage your ASG through the establishment of analytical relationships between them. Methods of research: theory of analysis the matrix equations, methods of the theory of generalized electromechanical energy converters and automatic control theory. The established analytical dependences verified through mathematical simulation and laboratory bench tests. Theoretical and practical results and novelty: A method study of induction generators based on the theory of automatic control and by the use of differential matrix equations symmetrical structure allows to analyse processes of self-excitation in terms of sustainability operational modes asynh-ing everything generator in autonomous power system. Implementation subject and degree: used in the educational process Igor sikorsky KPI and implemented in LLC "Design Bureau" ATON " Kyiv, PE" Barkosoft "Kyiv. Scope: autonomous electric power system