Hi
In principle, the way I understand your case, is (to attempt to avoid a full heavy 3D case) that you can calculate the field of the 3 high power cables (extending infinite in let's say X, probably phased 120° apart) in 2D in the Y-Z plane by a harmonic analysis, then select the height Zp where you would put your secondary loop plane and extrude the result in a X-Y 2D plane (new geometry) where you would have your current running in the plane and the Ay defined by the previous calculation and Ax being the extrusion direction. since basically the high power cables can be englobed in a "long" cylinder, while the secondary loop could be a modelled as circle too, and I would start with one equivalent turn.
Havnt reaaly tried it out, I believe it's possible.
Nevertheless two things puzzles me, while I'm studying the ACDC doc:
1) how to define the phase difference between the HV cables, sine you do not have true harmonic analysis set-up in ACDC
2) how to define the in/out ports you would need to adapt your coil and add the capacitor as an equivalent circuit.
Needs some more thinking, from my side, interesting problem anyhow
Good luck
Ivar
In principle, the way I understand your case, is (to attempt to avoid a full heavy 3D case) that you can calculate the field of the 3 high power cables (extending infinite in let's say X, probably phased 120° apart) in 2D in the Y-Z plane by a harmonic analysis, then select the height Zp where you would put your secondary loop plane and extrude the result in a X-Y 2D plane (new geometry) where you would have your current running in the plane and the Ay defined by the previous calculation and Ax being the extrusion direction. since basically the high power cables can be englobed in a "long" cylinder, while the secondary loop could be a modelled as circle too, and I would start with one equivalent turn.
Havnt reaaly tried it out, I believe it's possible.
Nevertheless two things puzzles me, while I'm studying the ACDC doc:
1) how to define the phase difference between the HV cables, sine you do not have true harmonic analysis set-up in ACDC
2) how to define the in/out ports you would need to adapt your coil and add the capacitor as an equivalent circuit.
Needs some more thinking, from my side, interesting problem anyhow
Good luck
Ivar
