Abstract
One of the most urgent tasks nowadays is to carry out fundamental research of fundamental processes in highly reliable electromechanical energy converters for the aerospace industry in order to find new physical principles to ensure maximum fault tolerance and energy efficiency. As a result, it is necessary to solve scientific problem in the field of improving the reliability, energy efficiency and fault tolerance of electromechanical energy converters by studying the fundamental processes in highly reliable electromechanical energy converters in order to find new physical principles to ensure maximum failure resistance and energy efficiency. It is necessary to develop a theoretical knowledge base for the transition to the technological development of highly reliable electromechanical energy converters for the aerospace industry.
This paper presents the calculations of the main parameters of a 90 kW high-speed synchronous starter-generator with the rotational speed of 65,000 rpm for gearless auxiliary power plants. A two-dimensional model of a high-speed synchronous starter-generator in the generator and starter modes is given. Formulas are given for calculating the power of a high-speed starter-generator in the starter mode. The characteristics of a high-speed synchronous starter-generator in the generator and starter modes are analyzed.
Keywords
High-speed synchronous starter-generator, auxiliary power unit, gearless auxiliary power unit, synchronous starter-generator, modeling, computer simulation, Ansys Maxwell, software package, two-dimensional computer model, research of high-speed synchronous starter-generator.
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