Analysis of possibilities for improving energy indicators of induction electric motors for propulsion complexes of autonomous floating vehicles

Abstract

<p>This study proposes additional possibilities to improve, at minimal efforts, a number of technical-economic indicators of three-phase standard industrial induction motors (IM). We suggest that such engines should be used in the propulsion complexes of modern autonomous floating vehicles (AFV). Such a task is to be solved because of the need to provide the propulsion complex of AFV with energy-efficient and inexpensive electric motors. It is proposed to apply four-pole electric motors, instead of bipolar electric motors, at an elevated rated power frequency (100, 150, 200 Hz). Employing the method of analogies of geometrically similar electric machines, it is substantiated to apply the shortened three-phase four-pole IM instead of bipolar IM. We have conducted a detailed analysis of the basic structural and energy characteristics of the modernized general-purpose IM. It was established that in the modernized four-pole IM of the AFV propulsion complex the weight and size parameters are significantly reduced (by approximately 15 %). This is enabled by a simple structural modernization. Given such a modernization, it is not necessary to manufacture new bearing assemblies, lids; in this case, mass of the utilized active materials decreases (by 10...17 %). The research results make it possible to meet the needs of modern AFV production in energy-efficient (power factor of modernized engines is approximately 0.56) and inexpensive electric motors for a propulsion complex.</p>

Authors and Affiliations

Yana Volyanskaya, Sergey Volyanskiy, Oleg Onishchenko, Stanislav Nykul

Keywords

Related Articles

Research into the process of multi-level management of enterprise production activities with taking risks into consideration

<p>The study considers the process of management of the production activity of an enterprise during a certain interval of time. It takes into account components of the production process and an influence of various produ...

The relation of crack propagation behaviour and delamination on Fibre Acrylic Laminates under various cyclic conditions

The investigation of the crack propagation behaviour associating with the delamination in the interface of the laminate of the fibre acrylic laminates (FALs) composite is carried out by subjecting the composite to cyclic...

Improvement of the inverse dynamics method for high-precision control of nonlinear objects under conditions of uncertainty

Synthesis of automatic control systems (ACS) of nonlinear objects is a well-known scientific problem. The method of inverse dynamics makes it possible to synthesize high-precision ACSs of nonlinear objects. However, unde...

Preparation and preliminary analysis of data on energy consumption by municipal buildings

<p class="a">Systematization of data on energy consumption by buildings of different purposes makes it possible to investigate processes from the standpoint of efficient use of energy resources in order to ensure comfort...

Devising a procedure for the synthesis of electromechanical systems with cascade-enabled fractional-order controllers and their study

An approach to the synthesis of automatic control circuits has been proposed, based on a fractional characteristic polynomial, which makes it possible to ensure the desired quality of a transition process under condition...

Download PDF file
  • EP ID EP527904
  • DOI 10.15587/1729-4061.2018.126144
  • Views 56
  • Downloads 0

How To Cite

Yana Volyanskaya, Sergey Volyanskiy, Oleg Onishchenko, Stanislav Nykul (2018). Analysis of possibilities for improving energy indicators of induction electric motors for propulsion complexes of autonomous floating vehicles. Восточно-Европейский журнал передовых технологий, 2(8), 25-32. https://europub.co.uk/articles/-A-527904