Energy Harvesting from Static Electricity on Aircrafts: Exploring Future Applications for Renewable Power Sources

Abstract

Energy harvesting from static electricity in aircrafts presents a novel avenue for developing sustainable and renewable energy sources. The potential to harness static electricity, which naturally accumulates on aircraft surfaces during flight, opens up exciting opportunities to mitigate energy consumption and reduce environmental impact in aviation. This paper explores the principles of static electricity generation on aircraft, current research and technology developments, potential applications for powering onboard systems, and future implications for renewable energy sources. By analyzing existing methods and innovations, this research highlights the viability of static electricity as a reliable, eco-friendly energy resource that can contribute to reducing the aviation industry's carbon footprint. Moreover, we explore the challenges, potential integration strategies, and future developments necessary to implement energy-harvesting solutions in aviation.