Development and Integration of a Shaft Current Simulation for Toroidal Field Generation in General Fusion’s LM26 Fusion Machine using COMSOL Multiphysics.

This project aims to advance the development of fusion energy, a technology with the potential to provide nearly limitless, clean power for the future. General Fusion’s approach, known as pulsed fusion, differs from traditional methods by releasing energy in short, intense bursts rather than maintaining a continuous reaction. This method makes the process more controllable and practical for power generation.

The primary challenge addressed in this project is optimizing the magnetic fields needed to stabilize the plasma, the superheated fuel used in fusion. These magnetic fields are crucial for ensuring the plasma remains stable long enough to produce significant energy during each pulse. This research focuses on developing detailed computer simulations to model the magnetic fields generated by electric currents in General Fusion’s LM26 machine. By understanding and improving the efficiency of these magnetic fields, the project aims to enhance the overall design of the fusion machine.

This project represents a significant step toward making fusion energy a viable and sustainable energy source. The insights gained could contribute to the broader effort to develop cleaner energy solutions, benefiting society and the environment for generations to come.

Faculty Supervisor:

Calvin Kuo

Student:

Partner:

General Fusion Inc

Discipline:

Engineering

Sector:

Manufacturing; Professional, scientific and technical services; Utilities

University:

The University of British Columbia

Program: