BUS+Hound 源代码

function fm_spf % FM_SPF solve standard power flow by means of the NR method % and fast decoupled power flow (XB and BX vari…

function fm_sssc(flag) % FM_SSSC define Static Synchronous Series Compensators - SSSC % % FM_SSSC(FLAG) % FLAG = 1 algebrai…

function fm_thload(flag) % FM_THLOAD defines Thermostatically Controlled Loads % % FM_THLOAD(FLAG) % FLAG = 0 initializatio…

function fm_opfm %FM_OPFMR solves the OPF-based electricity market problem by means of % an Interior Point Method with a …

function fm_gams % FM_GAMS initialize and call GAMS to solve % several kind of Market Clearing Mechanisms % % FM_GAMS % %G…

function fm_upfc(flag) % FM_UPFC define Unified Power Flow Controller - UPFC % % FM_UPFC(FLAG) % FLAG = 1 algebraic equatio…

function fm_ssr(flag) % FM_SSR Model of the synchronous machine with shaft dynamics and compensated line % % FM_SSR(FLAG) % …

function fm_idx(flag) % FM_IDX define formatted and unformatted names of system variables % % FM_IDX(FLAG) % FLAG 1 -> pow…

function fm_mn(flag) % FM_MN defines Monomial Loads % % FM_MN(FLAG) % FLAG = 0 initialization % FLAG = 1 algebraic equ…

function [bus_pmu, bus2] = fm_pmurec(bus1,bus2,bus0) % FM_PMUREC routine for PMU placement % % (...) = FM_PMUREC(...) % % This rou…