How Maglev Works
Maglev 2000

History of transportation

Superconducting maglev

Introduction

Permanent magnet maglev

Electromagnet maglev

Conducting sheet maglev

Modern superconducting maglev

Learning to levitate

How the M-2000 system works

M-2000 guideways

M-2000 Vehicles

Superconductors

Maglev FAQ



Superconducting maglevintroduction

All practical maglev systems have powerful magnets mounted on the moving maglev vehicle. The magnets interact with a normal temperature guideway, generating magnetic forces that stably levitate the moving vehicle. Besides levitating the vehicle, the magnetic forces must counteract all external forces on the vehicle, such as head, tail, or cross winds, up and down grades, curves, misalignment or guideway loops, etc.

An important goal for maglev designers is to minimize the cost of the maglev system, so that it competes economically with other modes of transport. Of course, minimizing cost is only one goal. Other goals are safety (the primary goal), environmental friendliness, the capability to carry many kinds of heavy loads, operational simplicity and reliability, ability to operate in all weather conditions, ability to use existing rights of ways, and the capability to operate intermodally with other modes of transport.

Of the various maglev possibilities, systems based on superconducting magnets best achieve the above goals. Prior to Danby and Powell's invention of superconducting maglev, three types of maglev had been considered :

  • Permanent magnets on the vehicle and guideway
  • Electromagnets on the vehicle and an iron rail guideway
  • Alternating Current coils on the vehicle and conducting sheets on the guideway


maglev today | maglev applications | how maglev works | maglev news | about the company
m-2000 vision | maglev faq | m-2000 team | contact m-2000 | home

2001 Maglev 2000


Maglev 2000