Does Tesla Overheat Protection Need to Be Turned On?
1 Answers
Tesla's overheat protection needs to be turned on. Here are the relevant details: 1. Overheat Protection: This refers to activating corresponding protective functions when the temperature exceeds a certain threshold. Electronic devices or mechanical operations generate heat due to energy conversion or friction, which can lead to abnormal operation or malfunctions. There are three methods of overheat protection: shutting down the equipment, reducing the equipment's performance, or improving ventilation and cooling conditions. 2. Working Principle: Heat-sensitive electronic components are used to construct an overheat protection circuit. When the thermal sensor detects that the temperature of the main circuit equipment rises to a certain value, the low-melting-point metal inside will deform, thereby pushing the main circuit to disconnect and protecting the main circuit equipment. After shutting down and cooling for a period, the thermal sensor detects that the temperature of the main circuit equipment has decreased, and the low-melting-point metal inside returns to its original shape, allowing the main circuit to reconnect and the main circuit equipment to resume normal operation.