ТҰРАҚТЫ ҚҰРЫЛЫМЫ БАР ЭНЕРГИЯ ТҮРЛЕНДІРГІШ

Abstract

Alternative energy sources play an important role in achieving global sustainable development goals. A current area of research is the generation of electricity using wind and vibration energy sources. In this regard, research has been carried out to substantiate the possibility of using an energy converter with a regular structure to convert associated gases into electrical energy.

The article discusses the mechanism for converting vibration created by air flow into electrical energy. The conditions for the effective placement of converters in the working area of the installation, the step in the vertical and horizontal directions, in compliance with the design and operational parameters of the installation, are determined, based on the patterns of vortex formation in the vertical and horizontal directions. When the transducers move, the vibration frequency and amplitude of oscillations are studied, changing the operating parameters, i.e., changing the air flow speed and changing the design parameters, changing the pitch of the transducer in the vertical and horizontal direction. For comparison, laboratory and calculated data of the studied indicators are presented. The coefficient equations characterizing the interaction of vortices in the vertical and horizontal directions are shown.

As a result of the research, the steps of location of the transducers in the vertical and horizontal directions were determined, taking into account the patterns of vortex formation. The vibration frequency and amplitude of oscillations were studied depending on the location of the transducers. The use of simultaneous vortex formation modes in the process of generating electricity is a promising direction in the development of alternative energy sources