The main challenge that the researchers have been facing these days is the thermohydraulic management of electrical and electronic devices since it plays a very crucial role in the efficiency of these devices. The same cause has been affecting the performance of automotive and space batteries. The temperature rise in the batteries has been affecting the life of the battery as well. For better performance and a long-life battery, the necessity of battery thermal management is important. In this paper, we are proposing a method to manage the high temperature with the help of Peltier cells attached to the battery. The cooling side of the Peltier cell will control the heat dissipated from the battery and the heating side of the Peltier cell will be optimized by the hydraulic pipes. As TECs (Thermoelectric Cooler) is a viable use in this technological growing world, we have been using them as our main thermal manager by using the cold side of the module. The Peltier cells are also been using in the formation of ice in the refrigerator and other applications where major low temperatures are required. With the effective usage of the Peltier cells, this paper proposes a method to manage the heat emitting from the battery.
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