Aircraft Static Charge for Energy Harvesting: Innovative Approaches to Sustainable Energy Generation

Abstract

As global energy demand continues to rise, innovative methods of harnessing energy from unconventional sources are gaining increasing attention. One such potential source is the static charge generated on aircraft surfaces during flight. Aircraft encounter friction with the air as they travel at high speeds, creating static electricity that is typically dissipated to avoid electrical interference. However, recent advancements in energy harvesting technologies suggest that this static charge could be captured and converted into usable energy. This paper explores the feasibility of using aircraft static charge for sustainable energy generation, investigating the scientific principles behind static charge formation, the engineering challenges of harvesting it, and the potential applications in aviation and beyond. Through an analysis of various innovative approaches, this research aims to contribute to the growing body of work on alternative energy sources and propose pathways for future development in sustainable energy systems.