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Let's look at electricity first. The growth of electricity consumption in various industries is indeed like a "barometer" of economic operation. The increase in industrial electricity consumption often means the expansion of production scale; the increase in electricity consumption in the service industry shows the active consumer market. For example, in the manufacturing industry, high electricity consumption usually corresponds to an increase in orders and full-load operation of production lines.

Although the transportation industry seems to have little direct connection with electricity, it is actually closely related. Taking road transportation as an example, the operation of logistics vehicles is inseparable from the support of power equipment, such as the vehicle's starting system and lighting facilities. The signal system and dispatching facilities in railway transportation also rely on a stable power supply.

Let's focus on the field of air transportation. The efficient operation of air transportation is inseparable from the power guarantee of various airport facilities. From the lighting and air conditioning systems in the terminal to the navigation equipment on the runway, all are powered by electricity. Moreover, the communication and navigation systems that air transportation relies on require a stable and sufficient power supply to ensure the safety and punctuality of flights.

Further in-depth analysis shows that the stability and reliability of power supply have a huge impact on air transportation. Once a power failure occurs, it may cause flight delays and cancellations, causing huge losses to passengers and airlines. At the same time, with the continuous advancement of technology, the aviation transportation industry is also actively seeking more energy-saving and efficient power solutions. For example, the research and development of new aircraft focuses on reducing energy consumption and improving power utilization efficiency; airports are also gradually adopting intelligent power management systems to optimize power distribution and use.

The development of air transportation, in turn, has put forward higher requirements for power supply. With the growth of air transportation volume, the scale of airports continues to expand, and the newly added facilities and equipment require more power support. In order to meet this demand, the power infrastructure needs to be continuously upgraded and expanded. In addition, the international characteristics of air transportation also require that the power supply has higher reliability and stability to cope with various complex situations around the world.

In short, there is a relationship of mutual dependence and mutual promotion between electricity and air transportation. In future development, we need to pay more attention to the coordinated development of the two to promote sustained and stable economic growth.