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The energy-saving principles of automotive cables mainly include the following aspects:
Reducing the weight of the cable: The weight of the cable can affect the overall quality and power performance of the car, increasing fuel consumption and emissions. By using lightweight materials, optimizing structure, and reducing cross-section, the weight of cables can be reduced, thereby improving the power efficiency and economy of cars.
Reducing the resistance of cables: The resistance of cables can affect the flow of current and the distribution of voltage, resulting in energy loss and heating. By using highly conductive materials, increasing cross-section, and reducing length, the resistance of the cable can be reduced, thereby improving the transmission efficiency and lifespan of the cable.
Improving the insulation of cables: The insulation of cables can affect their safety and stability, preventing problems such as leakage, short circuits, and interference. By using high insulation materials, increasing thickness, and strengthening shielding, the insulation of cables can be improved, thereby improving their reliability and accuracy.

The energy-saving effect of automotive cables is mainly reflected in the following aspects:
Reducing fuel consumption: According to different research reports, every 1kg reduction in vehicle mass can save 0.03-0.05L/100km of fuel consumption. Therefore, by reducing the weight of cables, the fuel consumption of cars can be reduced, thereby reducing operating costs and environmental pollution.
Reducing carbon emissions: According to different research reports, every 1kg reduction in car mass can reduce carbon dioxide emissions by 2.4-4g/km. Therefore, by reducing the weight of cables, carbon emissions from cars can be reduced, thereby slowing down global warming and climate change.
Increase driving comfort: By reducing the resistance of the cable and improving its insulation, the heating and interference of the cable can be reduced, thereby increasing driving comfort. For example, by using highly conductive materials and increasing cross-sectional area, the heat generation of cables in the air conditioning system can be reduced, thereby improving the air conditioning effect and ride comfort.