alexe15
commented
2 years ago Hi Vurgit, thanks for your question! You can find the optimal solution for each subsystem in the res_ALADIN.xxOpt cell, where each cell entry is one subsystem. The partitioning of the optimal solution is x_i = (θ_i v_i p_i q_i)^T, where p and q denote the power generated at each node. For applying ALADIN alpha to other cases, you would need code, which generates objective and constraint functions. We have such a code but at the moment it is not documented and would need a bit of refactoring for publishing it. But you can have a look in the rapidPF toolbox for an example how to set up these functions for power flow problems.
Hi Alex, the optimal power flow folder in the example folder has two examples of distributed OPF, but they lack documents or tutorials. Despite that they can run without errors, I dont know how to see the values of variables, say, phase angles θ, voltage magnitudes V, active power P and reactive power Q of each buses after optimization, and I dont know how to apply the ALADIN method to other cases inherited in matpower. Could you please help me with these problems? Thank you for your patience.