How do Direct Cooling Mode Car Cooler And Warmer perform in extreme climate conditions?

The performance of Direct Cooling Mode Car Cooler And Warmer in extreme climate conditions is affected by various factors, including temperature range, humidity, refrigerant selection, and system design. 
Performance in High-Temperature Environments:
In high-temperature environments, Direct Cooling Mode Car Cooler And Warmer can quickly reduce the in-cabin temperature and provide a comfortable driving environment. Their direct cooling working principle allows for a faster response, rapidly decreasing the in-cabin temperature and reducing driver discomfort.
However, under extremely high-temperature conditions, the Direct Cooling Mode Car Cooler And Warmer may face the risk of overload. Since the temperature difference between the inside and outside of the car is large in high-temperature environments, the Direct Cooling Mode Car Cooler And Warmer requires more energy to reduce the in-cabin temperature, potentially leading to overheating and overload of the compressor and other critical components.
Performance in Low-Temperature Environments:
In low-temperature environments, Direct Cooling Mode Car Cooler And Warmer can quickly provide in-cabin heating and improve driver comfort. Their direct heating feature enables the car to quickly reach the desired temperature in cold climates.
However, low-temperature environments can also cause performance degradation of some components in Direct Cooling Mode Car Cooler And Warmer, such as increased viscosity of the lubricant, leading to unstable system operation. Additionally, the refrigerant flow may also be affected under low-temperature conditions, impacting the system's cooling performance.
Impact of Humidity:
Extremely high-humidity environments can affect the performance of Direct Cooling Mode Car Cooler And Warmer. High humidity increases the load on the cooling system, reducing the cooling efficiency and potentially leading to condensation and mold growth inside the system, affecting air quality and driver comfort.
On the other hand, low-humidity environments can cause the in-car air to be too dry, affecting driver comfort. Direct Cooling Mode Car Cooler And Warmer are usually equipped with a humidifier function that can add moisture to the air in low-humidity environments, improving driver comfort.
Refrigerant Selection and System Design:
Refrigerant selection and system design are crucial in extreme climate conditions. Some refrigerants may have more stable performance under extremely high or low temperatures, providing better cooling effects.
Additionally, the system design needs to consider the working requirements under extreme climate conditions, including increasing the heat dissipation area of the cooling system, optimizing the system's cooling cycle and heating elements, and so on.