Electrification of agricultural mobile power facilities based on the traction and energy concept of technology development

Abstract

An important component of complex integrated energy supply systems is the electrification of mobile power facilities of the agro-industrial complex, which will significantly affect the synthesis of energy systems. The basis of mobile energy facilities are multifunctional energy technology complexes (MEC) of the traction-energy concept with multi-channel distribution of energy flows of different physical nature. Based on the logical analysis of the mobile MEC, a technological scheme consisting of three subsystems is constructed: 1) factors of external conditions; 2) general design and layout solutions; 3) energy and operational properties of the mobile MEC. Energy connections are established between these subsystems and the system elements. A differentiated method for evaluating the energy efficiency of using alternative fuels and an original mathematical model of the generalized mobile MEC have been developed, which will allow determining the type of MEC, optimal design and layout solutions, operating modes and parameters at the design stage.

Keywords

• multifunctional energy technology complexes
• mec
• traction and energy concepts
• differentiated method
• assessing the energy efficiency
• using of alternative fuels
• design and layout solutions of mobile mec
• electric drive of working bodies
• electric transmission of the running system
• mobile energy devices