An electrical network in form of a ring system, the electrical network comprising: - a first infeed transformer, a second infeed transformer, and a third infeed transformer; - a first current limiter, a second current limiter, and a third current limiter; - a sourcing busbar and cable system; and - a ring load busbar and cable system; wherein, the first infeed transformer, the second infeed transformer, and the third infeed transformer are arranged parallel to one another between the sourcing busbar and cable system and the ring load busbar and cable system; wherein, the first infeed transformer connects to the ring load busbar and cable system at a first junction point; wherein, the second infeed transformer connects to the ring load busbar and cable system at a second junction point; wherein, the third infeed transformer connects to the ring load busbar and cable system at a third junction point; wherein, the first current limiter, the second current limiter, and the third current limiter are arranged on the ring load busbar and cable system; wherein the first current limiter and the second current limiter are arranged either side of the first junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the first infeed transformer, the first current limiter and the second current limiter, including the first junction point; wherein the second current limiter and the third current limiter are arranged either side of the second junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the second infeed transformer, the second current limiter and the third current limiter, including the second junction point; wherein the third current limiter and the first current limiter are arranged either side of the third junction point are configured to simultaneously trigger if a fault occurs between the elements comprising the third infeed transformer, the third current limiter and the first current limiter, including the third junction point; and wherein, simultaneous triggering of the current limiters either side of a junction point is configured to reduce the current in the ring load busbar and cable system. - a first infeed transformer, a second infeed transformer, and a third infeed transformer; - a first current limiter, a second current limiter, and a third current limiter; - a sourcing busbar and cable system; and - a ring load busbar and cable system; wherein, the first infeed transformer, the second infeed transformer, and the third infeed transformer are arranged parallel to one another between the sourcing busbar and cable system and the ring load busbar and cable system; wherein, the first infeed transformer connects to the ring load busbar and cable system at a first junction point; wherein, the second infeed transformer connects to the ring load busbar and cable system at a second junction point; wherein, the third infeed transformer connects to the ring load busbar and cable system at a third junction point; wherein, the first current limiter, the second current limiter, and the third current limiter are arranged on the ring load busbar and cable system; wherein the first current limiter and the second current limiter are arranged either side of the first junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the first infeed transformer, the first current limiter and the second current limiter, including the first junction point; wherein the second current limiter and the third current limiter are arranged either side of the second junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the second infeed transformer, the second current limiter and the third current limiter, including the second junction point; wherein, the first infeed transformer, the second infeed transformer, and the third infeed transformer are arranged parallel to one another between the sourcing busbar and cable system and the ring load busbar and cable system; wherein, the first infeed transformer connects to the ring load busbar and cable system at a first junction point; wherein, the second infeed transformer connects to the ring load busbar and cable system at a second junction point; wherein, the third infeed transformer connects to the ring load busbar and cable system at a third junction point; wherein, the first current limiter, the second current limiter, and the third current limiter are arranged on the ring load busbar and cable system; wherein the first current limiter and the second current limiter are arranged either side of the first junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the first infeed transformer, the first current limiter and the second current limiter, including the first junction point; wherein the second current limiter and the third current limiter are arranged either side of the second junction point and are configured to simultaneously trigger if a fault occurs between the elements comprising the second infeed transformer, the second current limiter and the third current limiter, including the second junction point;