- The Hyperline function computes the resistance, inductance, and capacitance matrices of an arbitrary arrangement of conductors of an overhead transmission line.
- Hypersim calls a module to calculate the R, L and C matrices of the lines. Then, the functions of the CLAPACK (user’s guide, third edition, SIAM, 1999, library), are used to transform the R, L and C phase parameters into mode parameters, sequence parameters and Ti transformation matrix used by Hypersim.
- For a set of N conductors, Hyperline computes three N-by-N matrices: the series resistance and inductance matrices [R] and [L] and the shunt capacitance matrix [C]. Hyperline also computes the Ti matrix, sequence and mode parameters.
- For two coupled conductors i and k, the self and mutual terms of the R, L, and C matrices are computed using the concept of Figure 1–3 image conductors:
Self and mutual resistance terms:
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