Abstract:

The design of a superconducting magnet has been investigated in this study at both 77 K and 14 K. The superconducting tape has been categorized into its first and second generation configurations. The critical current of the tape at 77 K and 14 K is taken into account throughout the selection process. The influence of working temperatures has also been discussed. Although there are a variety of magnet designs to choose from, this one was selected because it uses the least amount of surface area and has the potential to employ the shortest possible length of superconductor for energy storage. For the electromagnetic design of a superconducting magnet, the design, input, and constraint variables have been determined. The hole diameter, magnet height, magnet thickness, and number of turns on the pancake coil have all been measured and analyzed using analytical correlations. The topology of the magnet has been analyzed, taking into account the effects of current and solenoid thickness. A study comparing the magnet's design at 14 K and 77 K found that cooling the magnet at low temperatures cut down on the need for as much superconducting tape

Description:

Mechanical Design, Superconducting Coil, superconducting magnet, energy storage, electromagnetic design