Solar Powered Electromagnetic Propulsion: Eco-Friendly Solution for the Existing Rail Infrastructure

Overview

Objectives/Goals The purpose of my science project is to find out if the existing rail infrastructure in the United States could be changed into a rail system powered by electromagnets rather than diesel engines. The rail system would then replicate a simpler version of the Maglev train in Japan. The rail infrastructure could be made into a completely eco-friendly transport system. Methods/Materials I have built a 1:43 scale replica of a train and the track it is running on. The electromagnets are controlled by my computer through an electronic relay board. The electromagnets are powered by a deep cycle battery that is charged by an Ultraviolet Light Panel. The train was tested by how far the electromagnets were spaced apart and by how many electromagnets were turned on at the same time. Results The train reacted differently to all my tests and was definitely affected by the number of electromagnets on and how far they were spaced apart. The Ultraviolet Light Panel was able to charge the battery efficiently. Conclusions/Discussion My conclusion is that this system of rail transport is very effective and could one day become reality through more research and further development.

Awards (1)

• Honorable Mention

Competition history

• CSEF 2009 Electronics & Electromagnetics · Entry J0925

Resources

• CSEF project summary ↗

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