Power Flow

Network class methods

pypsa.Network.calculate_dependent_values()	Calculate per unit impedances and append voltages to lines and shunt impedances.
pypsa.Network.lpf([snapshots, skip_pre])	Linear power flow for generic network.
pypsa.Network.pf([snapshots, skip_pre, ...])	Full non-linear power flow for generic network.

SubNetwork class methods

pypsa.SubNetwork.lpf([snapshots, skip_pre])	Linear power flow for connected sub-network.
pypsa.SubNetwork.pf([snapshots, skip_pre, ...])	Non-linear power flow for connected sub-network.
pypsa.SubNetwork.find_bus_controls()	Find slack and all PV and PQ buses for a sub_network.
pypsa.SubNetwork.find_slack_bus()	Find the slack bus in a connected sub-network.
pypsa.SubNetwork.calculate_Y([skip_pre, ...])	Calculate bus admittance matrices for AC sub-networks.
pypsa.SubNetwork.calculate_PTDF([skip_pre])	Calculate the Power Transfer Distribution Factor (PTDF) for sub_network.
pypsa.SubNetwork.calculate_B_H([skip_pre])	Calculate B and H matrices for AC or DC sub-networks.

Other

pypsa.pf.aggregate_multi_graph(sub_network)	Use sub_network.aggregate_multi_graph instead.
pypsa.pf.apply_line_types(n)	Use pypsa.network.power_flow.apply_line_types instead.
pypsa.pf.apply_transformer_t_model(n)	Use pypsa.network.power_flow.apply_transformer_t_model instead.
pypsa.pf.apply_transformer_types(n)	Use pypsa.network.power_flow.apply_transformer_types instead.
pypsa.pf.find_cycles(sub_network[, weight])	Use sub_network.find_cycles instead.
pypsa.pf.find_tree(sub_network[, weight])	Use sub_network.find_tree instead.
pypsa.pf.network_lpf(n, *args, **kwargs)	Use n.lpf instead.
pypsa.pf.network_pf(n[, snapshots, ...])	Use n.pf instead.
pypsa.pf.newton_raphson_sparse(*args, **kwargs)	Use pypsa.network.power_flow.newton_raphson_sparse instead.
pypsa.pf.sub_network_pf_singlebus(*args, ...)	Use pypsa.network.power_flow.sub_network_pf_singlebus instead.
pypsa.pf.wye_to_delta(*args, **kwargs)	Use pypsa.network.power_flow.wye_to_delta instead.