电力系统微电网潮流计算牛顿拉夫逊法的程序我要分享

Program of Newton Raphson method for power flow calculation of power system microgrid

matlab微电网 Microgrid microgrid-matlab 微电网潮流 power-flow-microgrid

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代码分类: 仿真计算

开发平台: matlab

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代码描述

中文说明:

MATLAB中电力系统微电网潮流计算牛顿拉夫逊法的程序。


English Description:

Matlab program of Newton Raphson method for power flow calculation of power system microgrid


代码预览

matpower4.1

...........\@opf_model

...........\..........\add_constraints.m

...........\..........\add_costs.m

...........\..........\add_vars.m

...........\..........\build_cost_params.m

...........\..........\compute_cost.m

...........\..........\display.m

...........\..........\get.m

...........\..........\getN.m

...........\..........\getv.m

...........\..........\get_cost_params.m

...........\..........\get_idx.m

...........\..........\get_mpc.m

...........\..........\linear_constraints.m

...........\..........\opf_model.m

...........\..........\userdata.m

...........\a01(1).asv

...........\a01(1).m

...........\a01.asv

...........\a01.m

...........\a02zz.m

...........\add_userfcn.m

...........\b.m

...........\bustypes.m

...........\c1.mat

...........\case118.m

...........\case118j.m

...........\case14.m

...........\case1401.m

...........\case2383wp.m

...........\case24_ieee_rts.m

...........\case2736sp.m

...........\case2737sop.m

...........\case2746wop.m

...........\case2746wp.m

...........\case30.m

...........\case300.m

...........\case3012wp.m

...........\case30pwl.m

...........\case30Q.m

...........\case3120sp.m

...........\case32.asv

...........\case32.m

...........\case32a.asv

...........\case32a.m

...........\case3375wp.m

...........\case39.m

...........\case4gs.m

...........\case57.m

...........\case6bus.m

...........\case6ww.m

...........\case9.m

...........\case9j.asv

...........\case9j.m

...........\case9Q.m

...........\caseformat.m

...........\case_ieee30.m

...........\ccpf.asv

...........\ccpf.m

...........\cdf2matp.m

...........\compare_case.m

...........\Contents.m

...........\copf_solver.m

...........\htm" target=_blank>COPYING

...........\cpf.m

...........\cpf_correctLambda.asv

...........\cpf_correctLambda.m

...........\cpf_correctVoltage.asv

...........\cpf_correctVoltage.m

...........\cpf_intro.pdf

...........\cpf_predict.m

...........\cplex_options.m

...........\d1.mat

...........\d2AIbr_dV2.m

...........\d2ASbr_dV2.m

...........\d2Ibr_dV2.m

...........\d2Sbr_dV2.m

...........\d2Sbus_dV2.m

...........\dAbr_dV.m

...........\dcopf.m

...........\dcopf_solver.m

...........\dcpf.m

...........\define_constants.m

...........\dIbr_dV.m

...........\docs

...........\....\htm" target=_blank>CHANGES

...........\....\CHANGES.txt

...........\....\manual.pdf

...........\....\TN1-OPF-Auctions.pdf

...........\....\TN2-OPF-Derivatives.pdf

...........\drawPVcurves.asv

...........\drawPVcurves.m

...........\dSbr_dV.m

...........\dSbus_dV.m

...........\e2i_data.m

...........\e2i_field.m

...........\ext2int.m

...........\extras

...........\......\cpf