Magnetizing Transportation: Exploring the Viability of Maglev for Sustainable Travel

Magnetizing Transportation: Exploring the Viability of Maglev for Sustainable Travel

Engineering

Gagandeep Singh Kapoor

2024

This research explores the potential of Maglev technology as a sustainable transportation solution, with a focus on its alignment with SDG 11 (Sustainable Cities and Communities) and SDG 13 (Climate Action). Using the Shanghai Maglev as a case study, the paper highlights the system’s energy efficiency, reduced carbon emissions, and low noise pollution, which contribute to environmental sustainability. The electromagnetic suspension (EMS) and electrodynamic suspension (EDS) systems eliminate friction, resulting in significant energy savings compared to conventional rail systems. While the technology presents considerable benefits, including low operational and maintenance costs, its widespread adoption faces challenges due to high infrastructure costs and the complexity of integrating it with existing transit networks. Despite these hurdles, Maglev has the potential to be powered by renewable energy, further reducing its environmental impact. This paper argues that Maglev technology, with its longterm sustainability benefits, represents a viable alternative for future urban and intercity transportation, particularly in areas where traditional transit systems are insufficient to meet growing sustainability targets.

Maglev, Magnetic Levitation, Sustainable Transportation, Environmental Sustainability, SDG 11, SDG 13, Climate Action, Energy Efficiency, Renewable Energy, Green Technology, High-Speed Rail, Electromagnetic Suspension (EMS), Electrodynamic Suspension (EDS), Low Carbon Emissions, Noise Pollution Reduction, Urban Transportation, Sustainable Cities, Future Mobility Solutions, Maglev Trains, Public Transit Innovation.