What is it about?
Contemporary systems for remote monitoring and control on energy consumption, efficiency and proper operation of the controlled objects are very often used in different spheres of industry, building automation, transport, electricity distribution network, etc. Their implementation in electric vehicles for remote monitoring and control on auxiliary machines is also possible and very useful.
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Why is it important?
The asynchronous motor is controlled by a soft starter and opportunities for remote monitoring (by an intelligent energy meter) and control (by a PLC and Touch panel) have been provided
Perspectives
If such a system is involved in electric vehicles for remote monitoring and control on auxiliary machines, the energy efficiency and the reliability will increase. The starting current will be reduced and the power factor and THD could be optimized in comparison with the direct connection of the motor to the grid. The optimal setting of the soft starter for each particular case must be done in advance. Thanks to the opportunity of real time monitoring of the drive performance any failure or damage can be immediately discovered and the motor can be instantly switched off from a distance by the operator in the control center.
Prof. Dr. Vasil Dimitrov
Visshe transportno uchilische Todor Kableshkov
Read the Original
This page is a summary of: Methodology for testing a system for remote monitoring and control on auxiliary machines in electric vehicles, MATEC Web of Conferences, January 2017, EDP Sciences,
DOI: 10.1051/matecconf/201713308001.
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