Pekur P. Probability characteristics of wind-driven plants’load regimes with asynchronous generators

Subject of inquiry: dynamic of wind-driven plants' load regimes with asynchronous generators. Object of research: development of stochastic mathematical models of dynamic loadings of wind-driven plants. Methods of inquiry: methods of mathematical statistics, theories of chances and casual processes; methods of spline-functions. Theoretical and practical results, innovation: first: the stochastic mathematical models for dynamic loadings of wind-driven plant are developed; new analytical correlations are got for determination electromechanics time constant; the stochastic model of air flow turbulence for lower atmosphere has been improved. Subject and implementation stage: dissertation job performances have been implemented in design bureaus “Pivdenne” (Dnipropetrovsk), in “Pivdenvitroenergomash” (Dnipropetrovsk), in “Ukrenergomash” (Kyiv) etc. Implementation efficiency: reliability indexes are enhanceable, expenses are diminished for development and introduction of wind-driven plants in a production. Utilization field: wind-driven plants with asynchronous generators.