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As an important part of modern logistics, air cargo plays a key role in the operation of the global economy. Its high efficiency and speed meet the transportation needs of various high value-added goods. However, the development of air cargo does not exist in isolation.

The construction of the "power highway", including the application of ultra-high voltage transmission technology and the development and utilization of new energy, has brought changes to the energy supply and distribution of the entire society. This change indirectly affects the operating cost and efficiency of air cargo.

First of all, a stable power supply is the basis for the normal operation of the airport. Whether it is the lighting and air conditioning system of the terminal or the navigation facilities of the runway, they all rely on reliable power support. The advancement of UHV transmission technology will help improve the stability and reliability of power supply, thereby ensuring the smooth operation of air cargo transportation.

Furthermore, the application of new energy in the power sector, such as wind power and solar energy, may also have an impact on air cargo. As new energy technologies continue to mature and their costs gradually decrease, they may provide cleaner and more sustainable energy solutions for airport operations in the future. This will help reduce carbon emissions from air cargo and meet global requirements for environmental protection and sustainable development.

At the same time, the growth of investment demand for "power highways" will also drive the development of related industries. For example, the prosperity of the cable manufacturing industry may provide more high-quality and durable cable products for air cargo, which can be used for power facilities and equipment at airports.

In addition, from an economic perspective, large-scale investment and construction of "power highways" will promote economic development in related regions. This may lead to more trade activities, thereby increasing the demand for air cargo. Conversely, the prosperity of air cargo will also provide more financial support for the construction of power infrastructure.

However, there are still some challenges to achieve the coordinated development of air cargo and "electric highway". For example, there are differences between the two in terms of technical standards and management systems, which require effective coordination and integration. At the same time, the application of new energy in the field of air cargo requires further increase in R&D investment and technological innovation.

In short, although air cargo and "electric highway" belong to different fields, the synergy between them is of great significance to promoting the development and progress of society. In the future development, we should give full play to the advantages of both and achieve common development.