원문정보
초록
영어
In recent years, the superconducting technology is popular in our production and life. An increasing number of researchers and institutions participate in study of the super-conducting magnetic energy storage (SMES) system. SMES is widely used in power sup-ply system, new energy system and pulsed power supply system. However, the leakage magnetic field of traditional SMES is more serious, which limited the application in engi-neering. This paper proposes an improved scheme for the 1 MJ single-solenoid structure magnet by using the actively shielding theory. Moreover, by using particle swarm optimi-zation, the structural parameters of the superconducting magnets are optimized respec-tively. Finally, the ANSYS modeling simulation is built by these structural parameters, all simulation data are analyzed and compared.
목차
1. Introduction
2. Selection of HTS Wires
3. Actively Shielding Theory of SMES
4. Design of Magnet for SMES
4.1. Inductance of Several Magnets
4.2. Design of the Multi Solenoid Type Magnet
4.3. Optimization of SMES Magnet
5. Analysis of Magnetic Field
6. Conclusions
References