Published 31.12.2021
Keywords
- battery,
- battery thermal management,
- battery cooling system,
- electric vehicles,
- thermal runaway
Copyright (c) 2021 Abdullah Alazzawi
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Abstract
Thermal runaway is one of the most prevalent problems that is related to batteries. The problem of unwanted thermal runaway and the unexpected decrement temperatures that happens both directly or indirectly by internal and external influences poses a risk to the efficiency and the lifespan of batteries. The medium for using batteries differs from place to place, each medium has its different temperature conditions. So the problem’s solution that is being discussed in this paper is being shortly showed as enhancing battery endurance via balancing the voltage ratios in each cell, tracking and monitoring battery temperatures while taking into account the variation of mediums that the battery will be used in. The temperature degrees are being elevated and reduced by employing an Arduino microcontroller that works passively with the fluid pump so it can indirectly manage the temperature of batteries. This management of temperature degrees improves the efficiency of batteries and prevents their structure from being damaged.
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