The proposed system of solar farm phased-array energy beaming can be integrated with existing airport infrastructure and operations to optimize benefits for aircraft throughout various flight phases. During takeoff, the solar farms can be strategically located around airports to power aircraft in holding patterns and during climb. This ensures that the aircraft can utilize the beamed energy right from the initial stages of the flight, reducing the reliance on traditional fuel sources.
For the climb phase, the system can be expanded around main aircraft routes to and from major airports. By strategically placing solar farms along these routes, aircraft can continuously receive power as they ascend to cruising altitude. This integration allows for a seamless transition from traditional power sources to beamed energy, reducing fuel consumption and emissions during the climb phase.
During the landing phase, solar farms can be deployed near airports to provide energy for aircraft approaching for landing. This setup ensures that aircraft have access to clean energy sources even during the descent and landing process, further reducing the overall carbon footprint of the flight. By maximizing the coverage of solar farm arrays around airports and flight paths, the proposed system can significantly enhance the sustainability and efficiency of aircraft operations.