Alternatively, an electric supply line running alongside the railway track could power the electromagnetic thrusters, driving the train. For high-speed magnetically levitated trains, an electricity feeding line along the tracks would supply power to the thrusters, allowing the train to hover above the tracks and eliminating friction. It's important to note that this technology cannot replace maglev technology, which achieves exceptionally high speeds and offers a more comfortable journey.
Electromagnetic levitation is not just a concept; it is the key to revolutionizing rail transportation. This technology directly addresses engineering design challenges and redefines how we approach rail travel.
With multiple electromagnetic thrusters strategically positioned on the train's chassis and powered by a streamlined electrical supply running parallel to the track, these trains will achieve unprecedented efficiency and performance. Sliding contacts will ensure a seamless connection to live electricity, providing smooth and reliable operations.
Installation of an electrical cable along the desired path will greatly reduces the costs and complexities associated with conventional railroad construction.
This transformative approach paves the way for trains that can operate autonomously or be driven by a conductor, ushering in a new era of travel that is not only cost-effective but also incredibly innovative.
The future of transportation, powered by electromagnetic levitation, is here to redefine how we travel!
By adopting these advancements, we can propel our societies toward unprecedented progress and prosperity for generations to come!
Patent App :LK/P/1/22948- Sri lanka
For more details Contact : Leelananda Jayasuriya
E-mail : E-mail : leel6391@yahool.com
For more information contact : Leelananda Jayasuriya
Last edited : On 27th May 2025 by Leelananda Jayasuriya.