This document describes the hydrogen superhighway, a proposed high-speed maglev railway system powered by hydrogen and solar energy. It works on elevated rails and can reach speeds over 250 mph. Solar panels generate electricity, which is used to produce hydrogen from water through electrolysis. The hydrogen then powers fuel cells to run the trains through magnetic levitation. It aims to provide fast, clean public transportation while generating excess hydrogen as a byproduct. However, it would also be very costly to construct and face engineering challenges.

2. Contents
 Introduction
 Overview
 Components
 Working
 Advantages
 Disadvantages
 Applications
 References

3. INTRODUCTION
 Hydrogen Superhighway was introduced
by Justin Eric Sutton.
 This is a high speed MAGLEV railway
system
 It depends on hydrogen energy and solar
energy.
 It works on Elevated Superhighway Rails,
it’s speed is 250+ MPH

4. Overview

6. Components:
Conduit Cluster
Solar panel
Magnet rails
Dia magnetic substances

8. Conduit Clusture
Distribution system for :
Water
Natural gas
Electric and fiber optic cables
Hydrogen
Liquefied waste.

9. Energy Cycle

10. Conversion of Solar energy
to Electrical energy
 When sun light hits the
semi conductor then the
electrons in n-type
semiconductor are
accelerated.
 These electrons travel from
n-type to p-type which
results in production of
ELECTRICITY. Basic energy used-Solar energy
Solar energy->Electrical energy

11.  The above produced electricity is used in
electrolysis of water.
 Electrolysis of water means decomposition
of water into Oxygen and Hydrogen due to
an electric current being passed through the
water.

12. Hydrogen Fuel cell
 This fuel cell combines Hydrogen and
Oxygen to produce electricity and water.
 In this H2 molecule splits into proton and
electron.
 Protons diffuses through the cation semi-
permeable membrane(PEM) and neutralise
with the oxygen which result in the form of
WATER.

13. Hydrogen Fuel Cell

14. The produced electricity converts dia magnetic
material into electro magnetic substance.

15. Magnetic Leviation
• Object suspendended on
magnetic field

16. MAGNETIC LEVITATION
 “MAGNETIC LEVITATION, maglev, or magnetic
suspension is a method by which an object is
suspended with no support other than the MAGNETIC
fields”.
 MAG LEV is a transport
 method that uses magnetic levitation to move vehicles
without touching the ground.

17. Movement

18. Breaking
•Breaking effect is done by reducing power to
the Electro magnets.
•In this process friction is produced which
helps rail to stop.

19. Advantages
 Quick and Safe Transportation
 Eco-friendly
 Runs on Solar Power
 Less energy needed
 Less maintenance
 Creates excess hydrogen
 Oxygen and Pure Water are by products

20. Disadvantages
 Costly to Construct
 Contruction Difficulties

21. Applications
 Public transportation
 Automobile transportation
 Cargo transportation
 Medical transportation
 Quick evacuation

23. Goods Carrier
Passenger Carrier
Automobile Carrier
3 Primary Travelers

24. REFERENCES
 www.interstatetraveller.us
 www.hydrogensuperhighway.com
 www.hydrogencarsnow.com
 www.acsa2000.net/hshrt/
 www.forcedgreen.com

25. Questions......

26. Thank You....