Tesla overheat protection should be turned on. The relevant introduction about overheat protection is as follows: 1. Introduction One: Overheat protection refers to the activation of corresponding protective functions when the temperature exceeds a certain threshold. Electronic equipment or mechanical operation generates heat through energy conversion or friction, which may lead to abnormal operation or failure. 2. Introduction Two: There are three ways to implement overheat protection: cutting off equipment operation, reducing equipment performance, or improving ventilation and heat dissipation conditions. The principle of engine overheat protection is introduced as follows: 1. Introduction One: During engine combustion, in addition to the heat utilized for work, a large portion of the heat is expelled by the cooling system. If any part of the cooling system fails, it cannot promptly remove the heat transferred to the cylinder block, which will inevitably lead to engine overheating. 2. Introduction Two: The main reasons include excessive consumption or insufficient reserve of coolant, excessive scale in the radiator, loose or oil-contaminated or damaged fan belt, deteriorated water pump performance, failed thermostat, radiator or pipeline leakage, and partial blockage. 3. Introduction Three: During engine operation, coolant gradually evaporates and depletes. When the coolant is excessively consumed or insufficient in reserve, it cannot effectively cool the engine, leading to engine overheating.
