Published in Journal of Industrial Engineering and Robotics, Volume 6, Number 3
Written by VĂLIMĂREANU Beniamin, SAVCA Stelian, BUGHIANU George, VĂDUVA Rareș, GRIGORE Dănuț, OPRAN Constantin Gheorghe, ILIE Cristian
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This work presents research on Intelligent Monitoring of Li-Ion batteries by analyzing their behavior under the influence of temperature in order to optimally maintain their functional parameters. The strategy for implementing an integrated temperature monitoring system is presented, in particular, if the permissible critical value is exceeded. The system consists of a structure that has the role of protecting and supporting the battery and an electronic monitoring equipment. Their purpose is to bring the temperature inside the operating system to a normal level, which does not affect the parameters of the battery. It is intended to prevent the risk of explosion or ignition, given that the structure of the battery contains chemicals that promote combustion and whose temperatures can reach up to 500 ° C. An important element of the intelligent system is the heating source which has the role of maintaining the battery temperature above a lower critical temperature under special operating conditions.

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