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The idea is demonstrated effective in prominently enhancing the practical energy performances of the key part in the maglev – the HTS magnets, including 1) safety, reliability,
What is maglev technology?
MAGLEV Technology Development. Figure 20 Superconducting electrodynamic Maglev-enabling inventions The first invention is the use of superconducting magnets on the vehicle to induce currents in normal metal – for example, aluminum – guideway loops to levitate and automatically stabilize high speed vehicles [7, 15].
What is the German electromagnetic maglev system?
The German electromagnetic Maglev system, called Transrapid , was extensively tested on a 20 km demonstration track at Emsland, Germany . The Transrapid Maglev system now operating in Shanghai, China , has the distinction of being the first commercial Maglev system. The 30 km route runs between the center of Shanghai and its Pudong airport.
Is a linear electromagnetic thruster a sustainable ultra-high-speed maglev?
To further exploit the energy advantages of the maglev, we have successfully addressed the critical energy bottleneck issues in the HTS-based linear electromagnetic thruster for the future sustainable ultra-high-speed maglev, and demonstrated a highly energy-efficient prototype in our previous work , as shown in Fig. 1 a.
How can HTS Magnets improve the energy performance of a maglev?
For a full-scale maglev equipped with this technology, the estimated energy consumption per passenger kilometer can be further reduced to below 20% of that of airplanes under the same cruising speed of 1000 km/h. This work is dedicated to advancing the energy performances of HTS magnets, heading to the future sustainable maglev transportation. 1.
What is a high-speed superconductor maglev?
The blooming ultrahigh-speed SC maglev (superconducting magnetically levitated train) prompts green travel worldwide. We utilized high-temperature superconductor (HTS) magnets and have developed an energy-economical SC maglev prototype (Energ. Convers. Manage. (291)117247).
How maglev technology is used in high-speed rail systems?
In some existing systems like Moscow monorails, linear motors are used to power the wheel-based rail systems. However, such systems are currently used at lower operating speeds of around 60–70 km/h. Therefore, in higher-speed systems, maglev technology is currently used. The following sections of this paper describe maglev technology in detail.