pwrs.core.newtonpf_S_cart#

pwrs.core.newtonpf_S_cart.newtonpf_S_cart(Ybus, Sbus, V0, ref, pv, pq, mpopt=None)[source]#

Solve a power flow using full Newton’s method (power/cartesian).

Parameters:

Ybus (array_like or sparse matrix) – Full system admittance matrix for all buses.
Sbus (callable) – Callable returning the complex bus power injection vector for all buses as a function of bus voltage magnitudes.
V0 (array_like) – Initial complex bus voltage vector.
ref (array_like) – Reference bus index vector. Included for MATLAB interface compatibility.
pv (array_like) – Bus indices for PV buses.
pq (array_like) – Bus indices for PQ buses.
mpopt (dict, optional) – MATPOWER options dict controlling tolerance, maximum Newton iterations and linear solver selection.

Returns:

(V, converged, i) containing the final complex bus voltages, a convergence flag, and the iteration count.

Return type:

tuple

Notes

This variant uses nodal power balance equations with a cartesian voltage representation.