This research aims to develop and use solar energy to assist the cooling and cooling system in the vehicle, use solar cells to generate electricity, transfer its energy to the lead storage battery in the vehicle, and control the cooling chip through the adaptive control system circuit to make the temperature cold end. The power consumption is adjusted with the set temperature, solar power generation and battery power, and the hot-end cooling fan can start running with the preset temperature and control the power to reduce the overall power consumption. This system also enables the vehicle to reduce the temperature inside the vehicle while the vehicle is stopped and does not start the engine. The system has low power consumption and can reduce the lead battery power consumption. Designed control system also can monitor the battery charge of the vehicle and avoid the battery overcharging, causing the vehicle to fail to start. In addition, the system uses PSOC programmable control chip and LM35 temperature detector to complete PWM adaptability to reduce the power consumption of the overall system.

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