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Take BYD Semiconductor's SiC technology as an example. Although it may initially focus on research and development and production in specific fields, the advantages of this technology may bring inspiration to other modes of transportation.

Among many modes of transportation, air cargo plays a vital role. Air cargo is characterized by high speed and efficiency, and can deliver goods to the destination in a short time. Air cargo is the first choice, especially for those high-value and time-sensitive goods. However, air cargo also faces a series of challenges.

The first is the cost issue. Air transport has high energy consumption and the operation and maintenance costs of aircraft are expensive, which makes the price of air freight relatively high. For some price-sensitive goods, other lower-cost transportation methods may be chosen.

The second is the limitation of transport capacity. The transport capacity of air transport is relatively limited, especially on busy routes and during peak transport periods, there may be insufficient transport capacity. This not only affects the timely transport of goods, but may also lead to the inability to fully meet market demand.

Furthermore, air cargo is also affected by factors such as weather and policy. Bad weather conditions may cause flight delays or cancellations, while policy changes, such as aviation control and trade policies, may also have an adverse impact on air cargo operations.

So how to solve these problems and improve the competitiveness of air cargo? Technological innovation has become the key.

On the one hand, airlines are constantly optimizing route planning and flight scheduling, and improving the efficiency of capacity utilization through advanced algorithms and data analysis. On the other hand, aircraft manufacturers are committed to developing more energy-saving and efficient models to reduce operating costs.

BYD Semiconductor's SiC technology, with its advantages in improving energy efficiency and reducing energy consumption, may provide new ideas for the air cargo industry.

If this technology is applied to the power system or electronic equipment of the aircraft, it is possible to reduce the energy consumption of the aircraft, thereby reducing operating costs. At the same time, technological innovation may also promote the intelligent development of air cargo in logistics tracking, cargo management and other aspects.

In addition, cooperation and integration between industries is also an important way to enhance the competitiveness of air cargo. Air cargo companies can strengthen cooperation with logistics suppliers, e-commerce platforms, etc., build a more complete logistics network, and provide one-stop logistics solutions.

In short, in the transformation of modern transportation, air cargo needs continuous innovation and cooperation to meet various challenges and achieve sustainable development.