An electrical fault mitigation system comprising: a mitigation device comprising: a containment chamber defining a cavity; a first electrode positioned within the cavity and coupled to a first conductor; a second electrode positioned within the cavity and coupled to a second conductor; a first voltage source; and a plasma gun positioned within the cavity and configured to emit ablative plasma using said first voltage source to enable a first electrical arc to form between said first electrode and said second electrode to discharge energy from an electrical fault; characterised in that the fault mitigation system further comprises: a first voltage limiter device coupled to the first conductor, wherein said first voltage limiter device is configured to limit a voltage of the first conductor from increasing above a predetermined threshold to prevent a second voltage source from generating a second electrical arc between said first electrode and said second electrode when the second voltage source applies a voltage across said first electrode and said second electrode. a mitigation device comprising: a containment chamber defining a cavity; a first electrode positioned within the cavity and coupled to a first conductor; a second electrode positioned within the cavity and coupled to a second conductor; a first voltage source; and a plasma gun positioned within the cavity and configured to emit ablative plasma using said first voltage source to enable a first electrical arc to form between said first electrode and said second electrode to discharge energy from an electrical fault; characterised in that the fault mitigation system further comprises: a first voltage limiter device coupled to the first conductor, wherein said first voltage limiter device is configured to limit a voltage of the first conductor from increasing above a predetermined threshold to prevent a second voltage source from generating a second electrical arc between said first electrode and said second electrode when the second voltage source applies a voltage across said first electrode and said second electrode. a containment chamber defining a cavity; a first electrode positioned within the cavity and coupled to a first conductor; a second electrode positioned within the cavity and coupled to a second conductor; a first voltage source; and a plasma gun positioned within the cavity and configured to emit ablative plasma using said first voltage source to enable a first electrical arc to form between said first electrode and said second electrode to discharge energy from an electrical fault; characterised in that the fault mitigation system further comprises: a first voltage limiter device coupled to the first conductor, wherein said first voltage limiter device is configured to limit a voltage of the first conductor from increasing above a predetermined threshold to prevent a second voltage source from generating a second electrical arc between said first electrode and said second electrode when the second voltage source applies a voltage across said first electrode and said second electrode. a first voltage limiter device coupled to the first conductor, wherein said first voltage limiter device is configured to limit a voltage of the first conductor from increasing above a predetermined threshold to prevent a second voltage source from generating a second electrical arc between said first electrode and said second electrode when the second voltage source applies a voltage across said first electrode and said second electrode.