Analysis on technical challenges and prospects of electric aircraft

Abstract

Electric aviation has become a focal point in addressing environmental concerns within the aviation industry, while the implementation of all-electric aviation is still fraught with difficulties. This paper offers a comprehensive analysis of electric aviation, encompassing critical aspects like energy density, battery technology, electric motor design, safety considerations, and economic impacts. The paper discusses the pivotal role of energy density, which significantly influences the performance and range of electric aircraft. Further, battery technology advancements are emphasized, aiming to overcome existing limitations. The paper also scrutinizes electric motor design, highlighting innovations like high-temperature superconductors and innovative permanent magnet configurations. Safety concerns related to electric aviation components, such as electronic switches and power electronic converters, are also discussed. Additionally, the paper evaluates the economic aspects, shedding light on potential cost savings and financial challenges, ultimately serving as a valuable resource for researchers, policymakers, and industry stakeholders navigating the evolving landscape of electric aviation in the pursuit of sustainable air travel. The paper seeks to offer valuable perspectives on the present status of electric aviation.